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docs/analysis/class-v6/1p5x/x4/README.md
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# X4: byte-identical implementation forms of the reg64c layer (the 1.5x programme, 9 October 2026)
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Lane: the k lane (X4). Item in the founder's brief (sha256 74ee0732...): "Byte-identical reg64 implementation
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alternatives: direct/generated/prefix alternative performance; state/storage/port update costs on both sides".
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The frozen control: the class v6 generator tree 1a938abe4 (igneum-pow fingerprint 5f4d6dc6...), the class string
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mx8-erad810f22d+sh256x27+state+reg64c+fold+rw. This document claims no pass. It changes nothing on the chain and
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activates nothing.
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## 1. The layer and the four forms
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The reg64c layer is defined in `igneum-pow/src/verify.rs`, `step`'s `addr_src`. Every load's address source is
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`r[s] ^ m`, where `m = r[k0]; m = rotl(m, 1) ^ r[k1]; ...` runs over the 63 registers other than the source `s`, in
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index order. The fold stays the definition. Each form below computes the same 32-bit word on every register state and
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every source.
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| Form | What it computes | State beyond the 64-register window | Source |
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|---|---|---|---|
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| fold (frozen) | the 63-term dependent chain per load | none | `emit.rs` `reg64_mix_line` (the frozen text) |
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| direct | the closed sum `XOR_{k<s} rotl(r[k], (62-k) mod 32) ^ XOR_{k>s} rotl(r[k], (63-k) mod 32)` as a balanced tree, depth 6 | none | `reg64form::direct`, `emit.rs` `reg64_direct_mix_line` |
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| generated | 8 group sums `g_j = XOR_{k in 8j..8j+7} rotl(r[k], (63-k) mod 32)`. Before each load the generator recomputes only the groups the static schedule wrote since the last load (`reg64form::generated_plan`). Then `r[s] ^ ror(P,1) ^ S ^ P ^ a[s]`, with `S` the 8 groups and `P` the whole groups before `s`'s group plus the in-group partial | 8 x 32 bits per lane | `reg64form::grouped`, `emit.rs` `reg64_generated_mix_line` |
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| prefix | review B's F05 text as landed: a running `S` updated after every write (main list and shadow), and `P_s` recomputed per load | 1 x 32 bits per lane | `verify::reg64_address_source`, `emit.rs` `reg64_prefix_mix_line` |
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| grouped incremental (chip only) | the generated form's query, with groups 1..7 kept up to date on the base program's writes to r8..r63, and group 0 recomputed at each load | 8 x 32 bits per lane | modelled only; no GPU text |
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The fact that makes the generated and grouped forms cheap: the shadow block draws its destination as
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`dst = rng.below(8)` (`generator.rs`, the shadow draw). So all 55,296 shadow writes per hash land in r0..r7 (group 0),
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and the shadow moves no other group. `tools/1p5x/x4/chip_rows.py` asserts this on the exported text.
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Code, on branch 1p5x-x4:
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- b51d8c04b: the crate's forms.
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- `igneum-pow/src/reg64form.rs`: new.
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- `verify.rs`: an override hook in `step`. It is off unless `--reg64-cpu-form` names a form other than the fold.
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- `emit.rs`: `--reg64-form`. It changes only the CUDA text, and `--reg64-prefix` is the same as `prefix`.
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- `main.rs`: the two switches.
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- The tools: `tools/1p5x/x4/` (`differential.sh`, `pod-x4.sh`, `chip_rows.py`, `gpu_rows.py`, `arith.py`).
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The texts, exported on build-9 from the frozen object by the b51d8c04b binary (`igneum-pow` sha256 ccb1bf0e...):
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| Form | kernel.cu sha256 | kernel_bound.cu sha256 | kernel.cu blake2b-256 (identity.json) | bytes |
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|---|---|---|---|---|
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| fold | b73ed77eb55d1b49 | 77cabb0602ee7ad5 | 368068868cbff44f | 86,027 |
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| direct | 1fdd27fb8eff2bf5 | 010ae3a6dea7d431 | 895f573979f37b51 | 77,035 |
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| generated | c1935ca84e7626dd | c39ff235fdff09ad | 6994fbdafe8e4bd1 | 54,664 |
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| prefix | 3fe78c3928ba9b77 | 23fb860b5a258b52 | a859b9d88dc4a731 | 84,948 |
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The four packs, as one tarball: x4-packs.tgz, sha256 6666d915.... It holds the frozen pack and the three alternatives.
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## 2. Equivalence verdicts
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| Test | Result | Evidence |
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|---|---|---|
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| Fold text check: `export` with no switch on b51d8c04b, compared with the frozen tarball hl-v6-all.tgz (91314310...) | kernel.cu, kernel_bound.cu, program.h and identity.json byte-identical | build-9 `/srv/builds/igneum-wt-1p5x-x4/ex/` |
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| Prefix text check: `--reg64-form prefix`, compared with hl-v6-all-prefix.tgz (d4b07747...) | all 14 files byte-identical | as above |
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| Unit test, known-failed first (`reg64form::tests::x4_forms_equal_the_fold_and_the_wrong_form_is_refused`): the wrong form (`r[s] ^ S ^ a[s]`) must disagree with the fold. Then direct, grouped and prefix must equal the fold on every source, over 4,096 random states, all zero, all ones, 2,048 single-bit states and the init rule's registers | PASS | `rows/suite-b51d8c04b.txt` |
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| The crate suite on build-9 (rule 24) | green: 76 lib tests plus 12 test binaries, 0 failed | `rows/suite-b51d8c04b.txt` |
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| CPU differential, whole hashes (`tools/1p5x/x4/differential.sh out 4096 32`): the CPU interpreter runs each form and keeps its state per form (the generated plan's stale groups, the prefix's running S) | **EQUIVALENT**. The known-failed form is refused on all 8 reg64c windows and all 32 fuzz seeds. Direct, generated and prefix agree on 44 of 44 checks each: 12 same-work windows, plus 32 fuzz seeds against the fold. Context 03 (class v5, no reg64) is the no-op control: every form agrees there, the wrong one too | `rows/VERDICT`, `rows/verdicts.txt` |
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| GPU, the pack self-test and the 2^24 fingerprint at base nonce 0: the gen-6 worker 804a6f7f on an RTX 4090, eight runs | **EQUIVALENT**. check=PASS (96 of 96 vector lanes) and fingerprint e8f4f3289c6ee1fc on all four texts in both passes | `pod-s1/bench-*.log` |
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The same-work windows: contexts 01 and 02 (`docs/analysis/class-v6/same-work/same-work-20261008-0{1,2}`), days D and
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D+1. Each window is 4,096 nonces: nonce 0, the last 4,096 before the boundary 1,572,864, the first 4,096 after it, and
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the last 4,096 of D+1. Each window is checked against that context's own `references/ref-D*.txt` from build-1. Context
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03 (`same-work-20261008-03`, class v5) uses the same four windows.
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The fuzz set: 32 seeds `i`. Each seed takes the epoch, era and prehash from `sha256("x4-fuzz-i")`, `"x4-era-i"` and
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`"x4-pre-i"`, a nonce from `"x4-nonce-i"`, and runs 1,024 nonces on the class v6 string over the node1 state stream
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(abb58003...).
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## 3. The GPU side (measured)
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The recipe is the hash lane's (build-1:/srv/artefacts/1p5x/gpu-row-recipe.md, sha256 cbab453c...):
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- Run: worker `--bench`, 250 x 2^24, block-warps 1.
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- Rate: the worker's own `mhs=`.
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- Power: board power, `power.draw` mean from 8 s in to the end of the timed dispatches. No wall meter; idle is not
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subtracted.
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- The sampler read power.draw, clocks.sm, utilization.gpu and temperature.gpu at 1 Hz. The recipe's instant and average
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fields were not read.
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Hardware: one rented RTX 4090 (fk-x4-4090: a RunPod container, driver 595.91.07, CUDA 12.8 image, 450 W limit), at
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stock. Worker igneum-worker-cuda-gen6, sha256 804a6f7fea10a62e (the class v6 zip 3 worker).
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Session 1 ran 2026-10-09 08:45:43Z to 09:05Z in the order A B C D D C B A (`tools/1p5x/x4/pod-x4.sh`). On an island,
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not a network.
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| Run | Pack | MH/s | W | nJ per hash | Registers | Blocks per SM | Fingerprint |
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|---|---|---|---|---|---|---|---|
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| 1 | hl-v6-all (frozen fold) | 35.080 | 285.4 | 8,134 | 93 | 20 | e8f4f3289c6ee1fc |
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| 2 | direct | 35.021 | 274.5 | 7,839 | 182 | 8 | e8f4f3289c6ee1fc |
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| 3 | generated | 35.053 | 274.2 | 7,824 | 142 | 12 | e8f4f3289c6ee1fc |
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| 4 | prefix | 35.056 | 277.1 | 7,905 | 154 | 12 | e8f4f3289c6ee1fc |
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| 5 | prefix | 35.053 | 277.8 | 7,926 | 154 | 12 | e8f4f3289c6ee1fc |
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| 6 | generated | 35.056 | 274.8 | 7,840 | 142 | 12 | e8f4f3289c6ee1fc |
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| 7 | direct | 35.020 | 274.9 | 7,851 | 182 | 8 | e8f4f3289c6ee1fc |
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| 8 | hl-v6-all (frozen fold) | 35.054 | 287.4 | 8,199 | 93 | 20 | e8f4f3289c6ee1fc |
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Pass 1 compares runs 2 to 4 with run 1. Pass 2 compares runs 5 to 7 with run 8. g is the mean of the two joules-per-hash
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ratios.
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| Pair | Pass 1 rate / J per hash | Pass 2 rate / J per hash | Mean rate / J per hash | g |
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|---|---|---|---|---|
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| A/A: frozen run 8 against run 1 | -0.07% / +0.80% | | | (noise floor) |
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| direct | -0.17% / -3.63% | -0.10% / -4.25% | -0.13% / -3.94% | 0.961 |
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| generated | -0.08% / -3.82% | +0.01% / -4.38% | -0.04% / -4.10% | 0.959 |
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| prefix | -0.07% / -2.82% | -0.00% / -3.33% | -0.04% / -3.07% | 0.969 |
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Session 2 is the replicate: the same pod, 09:05:41Z to 09:25Z, the same order (`pod-s2/`, `rows/gpu-rows-s2.txt`).
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| Pair (session 2) | Mean rate | Mean J per hash | g |
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|---|---|---|---|
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| A/A: frozen run 8 against run 1 | +0.00% | +0.15% | (noise floor) |
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| direct | -0.17% | -3.97% | 0.960 |
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| generated | -0.08% | -4.08% | 0.959 |
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| prefix | -0.20% | -3.11% | 0.969 |
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The two sessions agree to 0.001 in g on every form. Session 2's frozen runs read 35.081 MH/s at 8,172 and 8,184 nJ per
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hash.
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What the rows say: on the 4090 at stock, every form keeps the rate within 0.2 percent. Every form cuts board joules per
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hash by 3 to 4 percent, about four times the A/A spread (0.15 to 0.8 percent), in both passes of both sessions.
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The confound, open (BLOCKED row B2 below): nvcc gives the frozen fold 93 registers and 20 resident blocks per SM, and
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the alternatives 142 to 182 registers and 8 to 12 blocks. The kernel is memory-bound: the rate is equal at every
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occupancy. So the saving may come from fewer resident warps rather than from the form. Yesterday's F05 rows point the
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other way on the other card (`docs/analysis/class-v6/rows/fleet-f05-20261008.md`): on the 5090 the prefix text halved
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the blocks and cost 14 percent more joules per hash.
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What it means per tier:
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- A 24 GB card (4090) with a generated or direct pack would mine at the same rate for about 4 percent less board power.
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That is about 11 W of 285.
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- 8, 12 and 16 GB cards, AMD (OpenCL) and Apple (Metal) are not measured. The OpenCL and Metal texts keep the fold.
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- No pack ships from this. A form change is a text change to a fleet kit, and it would go through the hash lane and
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the kit lane.
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## 4. The chip side (modelled)
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Every row is modelled; no chip was measured. The counts come from the exported texts
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(`tools/1p5x/x4/chip_rows.py ex`, `rows/chip-rows.txt`).
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The constants are the adversary lane's calibrated row (its message of 09:4x UK; class-v6-adversary 43c9f7cd8
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`tools/chip-model/mf/`):
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- e_op: 6.55 pJ per lane-op at N5 (band 6.01 to 7.77). An xor-rotate that does not pass the slot's macro read costs
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about 1.0 pJ.
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- e_rf: 3.5 pJ per 256-bit macro access shared by 8 lanes (band 2.0 to 7.0).
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- Flop bits written: 0.03 pJ per bit.
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- The slot already reads 3 and writes 1 window register per instruction.
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- The machine: 1.528 microjoules per hash (N5, GDDR7 board), of which the shadow is 0.672.
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Counted from the texts: 256 executed loads per hash (32 per iteration x 8; the worker's RESULT line also says
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loads=256). 128 base writes per iteration, 112 of them to r8..r63. 256 shadow writes per pass, all to r0..r7.
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Two pricings are given. "Slot" prices each mix op as a full lane-op at 6.55 pJ, the adversary's literal-fold row.
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"Datapath" prices each mix op as an xor at 1.0 pJ, the adversary's running-total row. In both, every extra window read
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costs e_rf / 8.
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| Form | Mix ops per hash | Extra window reads per hash | Flop bits written per hash | State per lane | Ports | nJ per hash, slot (lo / c / hi) | nJ per hash, datapath (lo / c / hi) | pJ per lane-op delta at N5 (slot / datapath) |
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|---|---|---|---|---|---|---|---|---|
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| fold (frozen) | 16,128 | 16,128 | 0 | 64 registers | 63 reads per load | 101.0 / 112.7 / 139.4 | 20.2 / 23.2 / 30.2 | +1.10 / +0.23 |
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| direct | 15,872 | 16,128 | 0 | 64 registers | 63 reads per load (tree) | 99.4 / 111.0 / 137.4 | 19.9 / 22.9 / 30.0 | +1.08 / +0.22 |
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| generated | 8,400 | 5,792 | 20,224 | +32 B (8 flop registers) | 8 reads per recomputed group | 52.5 / 58.2 / 70.9 | 10.5 / 11.5 / 14.1 | +0.57 / +0.11 |
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| prefix (F05) | 121,320 | 8,160 | 1,802,240 | +4 B | a read-modify-write of S on every write, shadow included | 785.2 / 852.3 / 1003.9 | 177.4 / 179.0 / 182.5 | +8.31 / +1.74 |
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| grouped incremental | 7,560 | 2,784 | 36,864 | +32 B | 1 group RMW per base write to r8..r63, 8 reads per load | 47.2 / 51.8 / 62.3 | 9.4 / 9.9 / 11.1 | +0.50 / +0.10 |
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The per-lane-op delta spreads the mix's energy over the 102,612 shadow and base lane-ops.
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Readings:
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- The specialist's cheapest byte-identical form is the grouped incremental one: 10 to 52 nJ per hash, against 23 to
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113 nJ for the literal fold.
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- The adversary lane's 7 nJ running-total figure (5 to 10) counts 128 loads, and it leaves out the prefix `P_s` that
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every load needs. It is corrected here and sent back to that lane.
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- The adversary's section 17 Fenwick tree costs more on every reading. Its seven read-modify-writes land on every
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write, the shadow's included.
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## 5. The arithmetic (`tools/1p5x/x4/arith.py`, `rows/arith.txt`)
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`r_new = r0 * g / a`. g comes from section 3. a is the specialist's machine energy with a form, divided by its energy
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on a reference, at 1.528 microjoules. Two references:
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- fold: a specialist that implements the frozen literal fold.
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- model: the served machine, which carries no address-mix term at all. Against it, any form raises the specialist's
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energy; that is a model correction, not a design gain.
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Each side picks its cheapest form on its own. The card takes generated (g 0.959). The specialist takes grouped
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incremental.
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| r0 | vs fold, slot | vs fold, datapath | vs model, slot | vs model, datapath |
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|---|---|---|---|---|
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| 2.0 | a 0.963, r_new 1.99 | a 0.991, r_new 1.94 | a 1.034, r_new 1.86 | a 1.007, r_new 1.91 |
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| 1.9 | 1.89 | 1.84 | 1.76 | 1.81 |
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| 2.1 | 2.09 | 2.03 | 1.95 | 2.00 |
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Per form, with both sides on the same form, from 2.0:
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| Form | g | r_new vs fold (slot / datapath) | r_new vs model (slot / datapath) |
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|---|---|---|---|
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| direct | 0.961 | 1.92 / 1.92 | 1.79 / 1.89 |
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| generated | 0.959 | 1.98 / 1.93 | 1.85 / 1.90 |
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| prefix | 0.969 | 1.34 / 1.76 | 1.24 / 1.74 |
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The prefix rows are not a credible opponent: no specialist would choose the costlier form.
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Reaching 1.5 from 2.0 needs g / a = 0.75. The best credible pair gives 0.93 to 1.00. **X4 does not reach 1.5x**, and
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no pass is claimed. What X4 does move:
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- The card side: a 3 to 4 percent cut in board joules per hash on the 4090, open on the occupancy confound.
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- The model side: the served chip omits a 10 to 52 nJ per hash term, worth 0.7 to 3.4 percent of the machine.
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- Together, about 0.05 to 0.15 off a 2.0x ratio.
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## 6. BLOCKED and NOT RUN rows
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| Row | Status | Reason | What it needs |
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|---|---|---|---|
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| B1: the knee (the 4090 locked), every form | NOT RUN | The rented container refuses `nvidia-smi -lgc` and `-pl`. The worker has no duty-cycle throttle. The house rigs are blocked for every lane (the brief's amendment 2) | a pod host that grants clock locks, or the rigs after the relay lane's "agent back" line |
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| B2: the occupancy control (the frozen fold text at 12 and 8 blocks per SM) | BLOCKED | The worker sets no register or occupancy cap for a base-variant pack (`--warps` applies to variant 5 only) | a worker flag or a `__launch_bounds__` text variant from the hash lane. It decides whether g is the form or the occupancy |
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| B3: the RTX 5090 pairs (and the 5080, the cohort cards) | NOT RUN | one pod in this item's clock | a 5090 pod from the fleet lane. The F05 row says the sign can flip there |
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| B4: OpenCL and Metal texts of the alternatives | NOT RUN | the switch is CUDA-only by design | emitter work in the three dialects, if a form is adopted |
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| B5: the grouped incremental form as an executable text | NOT RUN | a chip-side design. Its equivalence rests on the prefix form's tested update rule and the generated form's tested query, and was not emulated on its own | a FormState arm in `reg64form.rs` and the differential, if the adversary lane carries the row |
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| B6: the chip rows on the adversary lane's placed core run | BLOCKED | the model has no input file for an address-form row (its own answer). The rows above are this script's arithmetic on its constants | the adversary lane taking `rows/chip-rows.txt` into its section 17 |
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## 7. Reproduce
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All on a build box, never the Mac:
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1. Build: `cargo build --release` in `igneum-pow` at 1p5x-x4.
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2. Fetch the inputs from build-1 (the paths are in `differential.sh`'s header).
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3. Export: `igneum-pow export --epoch-hex edc4fa84... --day-hex 69676e65756d2d6461792ffa50000000000000 --class mx8+sh256x27+state+reg64c+fold+rw --era 0:edc4fa84... --era-widths 4 --state node1-state.igsd1 --reg64-form <form> --out <form>`.
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4. Differential: `tools/1p5x/x4/differential.sh out 4096 32`.
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5. Chip rows: `tools/1p5x/x4/chip_rows.py ex > chip-rows.txt`.
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6. On the pod: `pod-x4.sh` with the worker and the packs, then `gpu_rows.py out out-run.log > gpu-rows.txt`.
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7. Arithmetic: `arith.py gpu-rows.txt chip-rows.txt`.
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The registry batch is `registry-batch-1p5x-x4-20261009.json` beside this file, every cell NOT RUN. It names the cell `rows:1p5x-x4`, which is not in the test map; the steward records it through `tools/ci/test-record.mjs`.
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@ -0,0 +1,4 @@
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info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 13.2 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
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pack packs/hl-v6-all on NVIDIA_GeForce_RTX_4090: nvrtc 2644 cache 2 dataset 29 hot 0 check 1352 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
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warm-up dispatch (base 0): 478.05 ms; 250 timed dispatches of 16777216 nonces: mean 478.25 ms
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||||
RESULT pack=packs/hl-v6-all class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=93 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.080 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 13.2 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack packs/x4-direct on NVIDIA_GeForce_RTX_4090: nvrtc 1486 cache 2 dataset 29 hot 0 check 1168 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 478.90 ms; 250 timed dispatches of 16777216 nonces: mean 479.07 ms
|
||||
RESULT pack=packs/x4-direct class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=182 blocks_per_sm=8 warps=0 resident=1024 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.021 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 13.2 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack packs/x4-generated on NVIDIA_GeForce_RTX_4090: nvrtc 1426 cache 3 dataset 29 hot 0 check 1119 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 478.37 ms; 250 timed dispatches of 16777216 nonces: mean 478.62 ms
|
||||
RESULT pack=packs/x4-generated class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=142 blocks_per_sm=12 warps=0 resident=1536 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.053 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 13.2 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack packs/x4-prefix on NVIDIA_GeForce_RTX_4090: nvrtc 1745 cache 2 dataset 29 hot 0 check 1163 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 478.73 ms; 250 timed dispatches of 16777216 nonces: mean 478.58 ms
|
||||
RESULT pack=packs/x4-prefix class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=154 blocks_per_sm=12 warps=0 resident=1536 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.056 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 13.2 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack packs/x4-prefix on NVIDIA_GeForce_RTX_4090: nvrtc 1588 cache 2 dataset 29 hot 0 check 1183 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 478.50 ms; 250 timed dispatches of 16777216 nonces: mean 478.62 ms
|
||||
RESULT pack=packs/x4-prefix class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=154 blocks_per_sm=12 warps=0 resident=1536 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.053 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 13.2 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack packs/x4-generated on NVIDIA_GeForce_RTX_4090: nvrtc 1588 cache 2 dataset 28 hot 0 check 1170 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 478.37 ms; 250 timed dispatches of 16777216 nonces: mean 478.58 ms
|
||||
RESULT pack=packs/x4-generated class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=142 blocks_per_sm=12 warps=0 resident=1536 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.056 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 13.2 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack packs/x4-direct on NVIDIA_GeForce_RTX_4090: nvrtc 1646 cache 8 dataset 47 hot 0 check 1147 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 479.00 ms; 250 timed dispatches of 16777216 nonces: mean 479.07 ms
|
||||
RESULT pack=packs/x4-direct class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=182 blocks_per_sm=8 warps=0 resident=1024 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.020 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 13.2 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack packs/hl-v6-all on NVIDIA_GeForce_RTX_4090: nvrtc 2367 cache 3 dataset 29 hot 0 check 1105 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 478.05 ms; 250 timed dispatches of 16777216 nonces: mean 478.61 ms
|
||||
RESULT pack=packs/hl-v6-all class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=93 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.054 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
35
docs/analysis/class-v6/1p5x/x4/pod-s1/out-run.log
Normal file
35
docs/analysis/class-v6/1p5x/x4/pod-s1/out-run.log
Normal file
|
|
@ -0,0 +1,35 @@
|
|||
RESULT start 2026-10-09T08:45:43Z NVIDIA GeForce RTX 4090, 595.91.07, 450.00 W, 3105 MHz
|
||||
RESULT worker sha256 804a6f7fea10a62e
|
||||
RESULT run 01-hl-v6-all rc=0 secs=125 t0=1791535543 t1=1791535668
|
||||
BENCH 01-hl-v6-all | pack packs/hl-v6-all on NVIDIA_GeForce_RTX_4090: nvrtc 2644 cache 2 dataset 29 hot 0 check 1352 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
BENCH 01-hl-v6-all | warm-up dispatch (base 0): 478.05 ms; 250 timed dispatches of 16777216 nonces: mean 478.25 ms
|
||||
BENCH 01-hl-v6-all | RESULT pack=packs/hl-v6-all class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=93 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.080 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT run 02-x4-direct rc=0 secs=123 t0=1791535688 t1=1791535811
|
||||
BENCH 02-x4-direct | pack packs/x4-direct on NVIDIA_GeForce_RTX_4090: nvrtc 1486 cache 2 dataset 29 hot 0 check 1168 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
BENCH 02-x4-direct | warm-up dispatch (base 0): 478.90 ms; 250 timed dispatches of 16777216 nonces: mean 479.07 ms
|
||||
BENCH 02-x4-direct | RESULT pack=packs/x4-direct class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=182 blocks_per_sm=8 warps=0 resident=1024 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.021 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT run 03-x4-generated rc=0 secs=124 t0=1791535831 t1=1791535955
|
||||
BENCH 03-x4-generated | pack packs/x4-generated on NVIDIA_GeForce_RTX_4090: nvrtc 1426 cache 3 dataset 29 hot 0 check 1119 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
BENCH 03-x4-generated | warm-up dispatch (base 0): 478.37 ms; 250 timed dispatches of 16777216 nonces: mean 478.62 ms
|
||||
BENCH 03-x4-generated | RESULT pack=packs/x4-generated class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=142 blocks_per_sm=12 warps=0 resident=1536 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.053 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT run 04-x4-prefix rc=0 secs=124 t0=1791535975 t1=1791536099
|
||||
BENCH 04-x4-prefix | pack packs/x4-prefix on NVIDIA_GeForce_RTX_4090: nvrtc 1745 cache 2 dataset 29 hot 0 check 1163 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
BENCH 04-x4-prefix | warm-up dispatch (base 0): 478.73 ms; 250 timed dispatches of 16777216 nonces: mean 478.58 ms
|
||||
BENCH 04-x4-prefix | RESULT pack=packs/x4-prefix class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=154 blocks_per_sm=12 warps=0 resident=1536 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.056 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT run 05-x4-prefix rc=0 secs=123 t0=1791536119 t1=1791536242
|
||||
BENCH 05-x4-prefix | pack packs/x4-prefix on NVIDIA_GeForce_RTX_4090: nvrtc 1588 cache 2 dataset 29 hot 0 check 1183 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
BENCH 05-x4-prefix | warm-up dispatch (base 0): 478.50 ms; 250 timed dispatches of 16777216 nonces: mean 478.62 ms
|
||||
BENCH 05-x4-prefix | RESULT pack=packs/x4-prefix class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=154 blocks_per_sm=12 warps=0 resident=1536 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.053 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT run 06-x4-generated rc=0 secs=124 t0=1791536262 t1=1791536386
|
||||
BENCH 06-x4-generated | pack packs/x4-generated on NVIDIA_GeForce_RTX_4090: nvrtc 1588 cache 2 dataset 28 hot 0 check 1170 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
BENCH 06-x4-generated | warm-up dispatch (base 0): 478.37 ms; 250 timed dispatches of 16777216 nonces: mean 478.58 ms
|
||||
BENCH 06-x4-generated | RESULT pack=packs/x4-generated class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=142 blocks_per_sm=12 warps=0 resident=1536 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.056 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT run 07-x4-direct rc=0 secs=124 t0=1791536406 t1=1791536530
|
||||
BENCH 07-x4-direct | pack packs/x4-direct on NVIDIA_GeForce_RTX_4090: nvrtc 1646 cache 8 dataset 47 hot 0 check 1147 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
BENCH 07-x4-direct | warm-up dispatch (base 0): 479.00 ms; 250 timed dispatches of 16777216 nonces: mean 479.07 ms
|
||||
BENCH 07-x4-direct | RESULT pack=packs/x4-direct class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=182 blocks_per_sm=8 warps=0 resident=1024 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.020 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT run 08-hl-v6-all rc=0 secs=124 t0=1791536550 t1=1791536674
|
||||
BENCH 08-hl-v6-all | pack packs/hl-v6-all on NVIDIA_GeForce_RTX_4090: nvrtc 2367 cache 3 dataset 29 hot 0 check 1105 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
BENCH 08-hl-v6-all | warm-up dispatch (base 0): 478.05 ms; 250 timed dispatches of 16777216 nonces: mean 478.61 ms
|
||||
BENCH 08-hl-v6-all | RESULT pack=packs/hl-v6-all class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=93 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.054 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT end 2026-10-09T09:04:54Z
|
||||
118
docs/analysis/class-v6/1p5x/x4/pod-s1/smi-01-hl-v6-all.csv
Normal file
118
docs/analysis/class-v6/1p5x/x4/pod-s1/smi-01-hl-v6-all.csv
Normal file
|
|
@ -0,0 +1,118 @@
|
|||
1791535543,25.73,210,0,23
|
||||
1791535544,41.92,2520,0,24
|
||||
1791535545,80.03,2520,0,24
|
||||
1791535546,79.72,2520,0,24
|
||||
1791535547,83.98,2520,0,25
|
||||
1791535548,214.87,2655,100,30
|
||||
1791535549,280.28,2655,100,31
|
||||
1791535551,280.39,2655,100,32
|
||||
1791535552,280.38,2655,100,32
|
||||
1791535553,280.40,2655,100,33
|
||||
1791535554,280.54,2655,100,33
|
||||
1791535555,280.64,2655,100,34
|
||||
1791535556,280.79,2655,100,34
|
||||
1791535557,280.88,2655,100,34
|
||||
1791535558,280.84,2655,100,35
|
||||
1791535559,281.21,2685,100,35
|
||||
1791535560,281.50,2685,100,35
|
||||
1791535561,281.46,2685,100,36
|
||||
1791535562,281.81,2685,100,36
|
||||
1791535563,282.10,2685,100,36
|
||||
1791535564,282.20,2685,100,37
|
||||
1791535565,282.20,2685,100,37
|
||||
1791535566,282.62,2685,100,37
|
||||
1791535567,282.67,2685,100,37
|
||||
1791535568,282.63,2685,100,38
|
||||
1791535570,282.77,2685,100,38
|
||||
1791535571,282.88,2685,100,38
|
||||
1791535572,282.96,2685,100,38
|
||||
1791535573,282.77,2685,100,38
|
||||
1791535574,283.22,2685,100,39
|
||||
1791535575,283.19,2685,100,39
|
||||
1791535576,283.71,2685,100,39
|
||||
1791535577,283.31,2685,99,39
|
||||
1791535578,283.61,2685,100,39
|
||||
1791535579,283.69,2685,100,40
|
||||
1791535580,283.76,2685,100,40
|
||||
1791535581,284.29,2685,100,40
|
||||
1791535582,284.29,2685,100,40
|
||||
1791535583,284.29,2685,100,40
|
||||
1791535584,284.29,2685,100,40
|
||||
1791535585,284.08,2685,100,41
|
||||
1791535586,284.09,2685,100,41
|
||||
1791535587,284.27,2685,100,41
|
||||
1791535589,284.52,2685,100,41
|
||||
1791535590,284.69,2685,100,41
|
||||
1791535591,285.17,2685,100,41
|
||||
1791535592,284.58,2685,100,41
|
||||
1791535593,284.85,2685,100,42
|
||||
1791535594,285.05,2685,100,42
|
||||
1791535595,285.57,2685,100,42
|
||||
1791535596,285.45,2685,100,42
|
||||
1791535597,285.14,2685,100,42
|
||||
1791535598,285.25,2685,100,42
|
||||
1791535599,285.37,2685,100,42
|
||||
1791535600,285.58,2685,100,42
|
||||
1791535601,285.74,2685,100,43
|
||||
1791535602,285.55,2685,100,43
|
||||
1791535603,285.70,2685,100,43
|
||||
1791535605,285.65,2685,100,43
|
||||
1791535606,285.56,2685,100,43
|
||||
1791535607,285.64,2685,100,43
|
||||
1791535608,286.10,2685,100,43
|
||||
1791535609,285.48,2685,100,43
|
||||
1791535610,285.57,2685,100,43
|
||||
1791535611,285.86,2685,100,43
|
||||
1791535612,285.49,2685,100,43
|
||||
1791535613,285.84,2685,100,44
|
||||
1791535614,286.10,2685,100,44
|
||||
1791535615,286.06,2685,100,44
|
||||
1791535616,285.77,2685,100,44
|
||||
1791535617,285.92,2685,100,44
|
||||
1791535618,286.16,2685,100,44
|
||||
1791535619,286.63,2685,100,44
|
||||
1791535620,286.40,2685,100,44
|
||||
1791535621,286.33,2685,100,44
|
||||
1791535623,286.91,2685,100,44
|
||||
1791535624,286.25,2685,100,44
|
||||
1791535625,286.94,2685,100,44
|
||||
1791535626,287.21,2685,100,44
|
||||
1791535627,287.43,2685,100,44
|
||||
1791535628,287.06,2685,100,45
|
||||
1791535629,287.04,2685,100,45
|
||||
1791535630,287.20,2685,100,45
|
||||
1791535631,287.46,2685,100,45
|
||||
1791535632,287.78,2685,100,45
|
||||
1791535633,288.03,2685,100,45
|
||||
1791535634,287.81,2685,100,45
|
||||
1791535635,287.69,2685,100,45
|
||||
1791535636,288.01,2685,100,45
|
||||
1791535637,287.39,2685,100,45
|
||||
1791535638,287.20,2670,100,45
|
||||
1791535639,287.27,2670,100,45
|
||||
1791535640,287.52,2670,100,45
|
||||
1791535641,287.89,2670,100,45
|
||||
1791535643,287.58,2670,100,45
|
||||
1791535644,287.44,2670,100,45
|
||||
1791535645,287.64,2670,100,45
|
||||
1791535646,287.27,2670,100,45
|
||||
1791535647,287.41,2670,100,45
|
||||
1791535648,287.34,2670,100,45
|
||||
1791535649,287.58,2670,100,45
|
||||
1791535650,287.78,2670,100,46
|
||||
1791535651,287.32,2670,100,46
|
||||
1791535652,287.36,2670,100,46
|
||||
1791535653,287.67,2670,100,46
|
||||
1791535654,287.97,2670,100,46
|
||||
1791535655,287.86,2670,100,46
|
||||
1791535656,287.72,2670,100,46
|
||||
1791535658,288.10,2670,100,46
|
||||
1791535659,287.65,2670,100,46
|
||||
1791535660,288.01,2670,100,46
|
||||
1791535661,287.50,2670,100,46
|
||||
1791535662,287.42,2670,100,46
|
||||
1791535663,288.01,2670,100,46
|
||||
1791535664,287.81,2670,100,46
|
||||
1791535665,287.93,2670,100,46
|
||||
1791535666,287.92,2670,100,46
|
||||
1791535667,287.99,2670,100,46
|
||||
|
117
docs/analysis/class-v6/1p5x/x4/pod-s1/smi-02-x4-direct.csv
Normal file
117
docs/analysis/class-v6/1p5x/x4/pod-s1/smi-02-x4-direct.csv
Normal file
|
|
@ -0,0 +1,117 @@
|
|||
1791535688,27.52,210,0,33
|
||||
1791535689,69.40,2520,0,33
|
||||
1791535690,85.81,2520,11,33
|
||||
1791535691,80.89,2520,1,35
|
||||
1791535692,217.63,2685,100,38
|
||||
1791535693,271.20,2685,100,39
|
||||
1791535694,272.12,2685,100,39
|
||||
1791535695,272.26,2685,100,39
|
||||
1791535696,272.58,2685,100,40
|
||||
1791535697,273.06,2685,100,40
|
||||
1791535698,272.48,2685,100,40
|
||||
1791535700,272.13,2685,100,40
|
||||
1791535701,272.77,2685,100,40
|
||||
1791535702,273.29,2685,100,41
|
||||
1791535703,273.24,2685,100,41
|
||||
1791535704,273.06,2685,100,41
|
||||
1791535705,273.71,2685,100,41
|
||||
1791535706,273.73,2685,100,41
|
||||
1791535707,273.53,2685,100,41
|
||||
1791535708,273.34,2685,100,41
|
||||
1791535709,273.05,2685,100,42
|
||||
1791535710,273.11,2685,100,42
|
||||
1791535711,273.22,2685,100,42
|
||||
1791535712,273.33,2685,100,42
|
||||
1791535713,273.39,2685,100,42
|
||||
1791535714,273.43,2685,100,42
|
||||
1791535715,273.09,2685,100,42
|
||||
1791535716,273.15,2685,100,42
|
||||
1791535718,273.32,2685,100,42
|
||||
1791535719,273.34,2685,100,42
|
||||
1791535720,273.08,2685,100,42
|
||||
1791535721,273.26,2685,100,43
|
||||
1791535722,273.36,2685,100,43
|
||||
1791535723,273.81,2685,100,43
|
||||
1791535724,273.88,2685,100,43
|
||||
1791535725,274.15,2685,100,43
|
||||
1791535726,274.29,2685,100,43
|
||||
1791535727,274.35,2685,100,43
|
||||
1791535728,274.49,2685,100,43
|
||||
1791535729,274.58,2685,100,43
|
||||
1791535730,274.31,2685,100,43
|
||||
1791535731,273.94,2685,100,43
|
||||
1791535732,274.05,2685,100,43
|
||||
1791535734,274.08,2685,100,43
|
||||
1791535735,274.50,2685,100,43
|
||||
1791535736,274.56,2685,100,43
|
||||
1791535737,274.41,2685,100,43
|
||||
1791535738,274.16,2685,100,44
|
||||
1791535739,274.39,2685,100,44
|
||||
1791535740,274.76,2685,100,44
|
||||
1791535741,274.97,2685,100,44
|
||||
1791535742,274.87,2685,100,44
|
||||
1791535743,274.46,2685,100,44
|
||||
1791535744,274.72,2685,100,44
|
||||
1791535745,274.83,2685,100,44
|
||||
1791535746,275.01,2685,100,44
|
||||
1791535747,274.87,2685,100,44
|
||||
1791535748,274.77,2685,100,44
|
||||
1791535749,274.91,2685,100,44
|
||||
1791535751,274.91,2685,100,44
|
||||
1791535752,275.30,2685,100,44
|
||||
1791535753,275.23,2685,100,44
|
||||
1791535754,275.14,2685,100,44
|
||||
1791535755,275.17,2685,100,44
|
||||
1791535756,275.04,2685,100,44
|
||||
1791535757,274.95,2685,100,44
|
||||
1791535758,274.85,2685,100,44
|
||||
1791535759,274.61,2685,100,44
|
||||
1791535760,274.70,2685,100,44
|
||||
1791535761,274.73,2685,100,44
|
||||
1791535762,274.67,2685,100,45
|
||||
1791535763,274.85,2685,100,45
|
||||
1791535764,274.88,2685,100,45
|
||||
1791535765,275.33,2685,100,45
|
||||
1791535766,275.20,2685,100,45
|
||||
1791535768,275.22,2685,100,45
|
||||
1791535769,274.88,2685,100,45
|
||||
1791535770,275.15,2685,100,45
|
||||
1791535771,275.35,2685,100,45
|
||||
1791535772,275.56,2685,100,45
|
||||
1791535773,275.42,2685,100,45
|
||||
1791535774,275.36,2685,100,45
|
||||
1791535775,275.31,2685,100,45
|
||||
1791535776,275.20,2685,100,45
|
||||
1791535777,274.76,2685,100,45
|
||||
1791535778,275.26,2685,100,45
|
||||
1791535779,275.42,2685,100,45
|
||||
1791535780,275.17,2685,100,45
|
||||
1791535781,275.35,2685,100,45
|
||||
1791535782,275.11,2670,100,45
|
||||
1791535783,275.03,2670,100,45
|
||||
1791535784,275.04,2670,100,45
|
||||
1791535786,275.02,2670,100,45
|
||||
1791535787,275.10,2670,100,45
|
||||
1791535788,275.11,2670,100,45
|
||||
1791535789,275.12,2670,100,45
|
||||
1791535790,275.40,2670,100,45
|
||||
1791535791,275.03,2670,100,45
|
||||
1791535792,275.15,2670,100,45
|
||||
1791535793,275.04,2670,100,45
|
||||
1791535794,275.05,2670,100,45
|
||||
1791535795,275.22,2670,100,45
|
||||
1791535796,274.60,2670,100,45
|
||||
1791535797,275.23,2670,100,45
|
||||
1791535798,275.25,2670,100,45
|
||||
1791535799,275.49,2670,100,45
|
||||
1791535800,275.52,2670,100,45
|
||||
1791535801,275.48,2670,100,45
|
||||
1791535802,275.28,2670,100,45
|
||||
1791535803,275.30,2670,100,45
|
||||
1791535805,275.35,2670,100,45
|
||||
1791535806,275.39,2670,100,45
|
||||
1791535807,275.68,2670,100,45
|
||||
1791535808,275.70,2670,100,45
|
||||
1791535809,275.25,2670,100,45
|
||||
1791535810,274.96,2670,100,45
|
||||
1791535811,275.22,2670,100,45
|
||||
|
117
docs/analysis/class-v6/1p5x/x4/pod-s1/smi-03-x4-generated.csv
Normal file
117
docs/analysis/class-v6/1p5x/x4/pod-s1/smi-03-x4-generated.csv
Normal file
|
|
@ -0,0 +1,117 @@
|
|||
1791535831,27.25,210,0,32
|
||||
1791535833,49.74,2520,0,33
|
||||
1791535834,85.31,2520,22,33
|
||||
1791535835,88.45,2520,64,33
|
||||
1791535836,224.31,2685,100,38
|
||||
1791535837,271.14,2685,100,39
|
||||
1791535838,271.38,2685,100,39
|
||||
1791535839,271.62,2685,100,40
|
||||
1791535840,272.30,2685,100,40
|
||||
1791535841,272.25,2685,100,40
|
||||
1791535842,272.54,2685,100,40
|
||||
1791535843,272.06,2685,100,40
|
||||
1791535844,272.07,2685,100,41
|
||||
1791535845,272.16,2685,100,41
|
||||
1791535846,272.17,2685,100,41
|
||||
1791535847,272.37,2685,100,41
|
||||
1791535848,272.78,2685,100,41
|
||||
1791535849,272.36,2685,100,41
|
||||
1791535851,272.49,2685,100,41
|
||||
1791535852,272.80,2685,100,42
|
||||
1791535853,272.65,2685,100,42
|
||||
1791535854,273.15,2685,100,42
|
||||
1791535855,272.84,2685,100,42
|
||||
1791535856,272.83,2685,100,42
|
||||
1791535857,272.61,2685,100,42
|
||||
1791535858,272.90,2685,100,42
|
||||
1791535859,272.84,2685,100,42
|
||||
1791535860,272.77,2685,100,42
|
||||
1791535861,273.01,2685,100,42
|
||||
1791535862,273.06,2685,100,42
|
||||
1791535863,273.05,2685,100,43
|
||||
1791535864,273.18,2685,100,43
|
||||
1791535865,273.01,2685,100,43
|
||||
1791535866,273.25,2685,100,43
|
||||
1791535867,273.29,2685,100,43
|
||||
1791535869,273.23,2685,100,43
|
||||
1791535870,273.46,2685,100,43
|
||||
1791535871,273.69,2685,100,43
|
||||
1791535872,273.69,2685,100,43
|
||||
1791535873,273.89,2685,100,43
|
||||
1791535874,274.04,2685,100,43
|
||||
1791535875,273.84,2685,100,43
|
||||
1791535876,273.99,2685,100,43
|
||||
1791535877,273.86,2685,100,43
|
||||
1791535878,273.83,2685,100,44
|
||||
1791535879,273.71,2685,100,44
|
||||
1791535880,273.68,2685,100,44
|
||||
1791535881,273.66,2685,100,44
|
||||
1791535882,274.34,2685,100,44
|
||||
1791535883,274.34,2685,100,44
|
||||
1791535885,274.30,2685,100,44
|
||||
1791535886,274.42,2685,100,44
|
||||
1791535887,274.77,2685,100,44
|
||||
1791535888,273.87,2685,100,44
|
||||
1791535889,274.47,2685,100,44
|
||||
1791535890,274.31,2685,100,44
|
||||
1791535891,274.41,2685,100,44
|
||||
1791535892,274.47,2685,100,44
|
||||
1791535893,274.72,2685,100,44
|
||||
1791535894,274.63,2685,100,44
|
||||
1791535895,274.57,2685,100,44
|
||||
1791535896,274.82,2685,100,44
|
||||
1791535897,274.97,2685,100,44
|
||||
1791535898,275.07,2685,100,44
|
||||
1791535899,274.86,2685,100,44
|
||||
1791535900,275.02,2685,100,44
|
||||
1791535901,275.05,2685,100,44
|
||||
1791535903,274.89,2685,100,44
|
||||
1791535904,274.55,2685,100,44
|
||||
1791535905,274.19,2685,100,45
|
||||
1791535906,274.60,2685,100,45
|
||||
1791535907,274.92,2685,100,45
|
||||
1791535908,274.77,2685,100,45
|
||||
1791535909,274.70,2685,100,45
|
||||
1791535910,274.42,2685,100,45
|
||||
1791535911,274.79,2685,100,45
|
||||
1791535912,274.67,2685,100,45
|
||||
1791535913,274.90,2685,100,45
|
||||
1791535914,274.70,2685,100,45
|
||||
1791535915,274.62,2685,100,45
|
||||
1791535916,275.07,2685,100,45
|
||||
1791535917,275.22,2685,100,45
|
||||
1791535918,274.96,2670,100,45
|
||||
1791535919,274.87,2670,100,45
|
||||
1791535921,275.05,2670,100,45
|
||||
1791535922,275.33,2670,100,45
|
||||
1791535923,275.34,2670,100,45
|
||||
1791535924,275.29,2670,100,45
|
||||
1791535925,275.45,2670,100,45
|
||||
1791535926,275.76,2670,100,45
|
||||
1791535927,275.78,2670,100,45
|
||||
1791535928,275.33,2670,100,45
|
||||
1791535929,275.23,2670,100,45
|
||||
1791535930,275.19,2670,100,45
|
||||
1791535931,275.16,2670,100,45
|
||||
1791535932,275.17,2670,100,45
|
||||
1791535933,275.62,2670,100,45
|
||||
1791535934,275.60,2670,100,45
|
||||
1791535935,275.57,2670,100,45
|
||||
1791535936,275.15,2670,100,45
|
||||
1791535937,275.25,2670,100,45
|
||||
1791535939,275.21,2670,100,45
|
||||
1791535940,275.23,2670,100,45
|
||||
1791535941,275.19,2670,100,45
|
||||
1791535942,275.31,2670,100,45
|
||||
1791535943,275.45,2670,100,45
|
||||
1791535944,275.72,2670,100,45
|
||||
1791535945,275.94,2670,100,45
|
||||
1791535946,275.33,2670,100,45
|
||||
1791535947,275.23,2670,100,45
|
||||
1791535948,274.83,2670,100,45
|
||||
1791535949,274.60,2670,100,45
|
||||
1791535950,274.83,2670,100,45
|
||||
1791535951,275.42,2670,100,45
|
||||
1791535952,275.43,2670,100,45
|
||||
1791535953,275.14,2670,100,45
|
||||
1791535954,275.43,2670,100,45
|
||||
|
117
docs/analysis/class-v6/1p5x/x4/pod-s1/smi-04-x4-prefix.csv
Normal file
117
docs/analysis/class-v6/1p5x/x4/pod-s1/smi-04-x4-prefix.csv
Normal file
|
|
@ -0,0 +1,117 @@
|
|||
1791535975,27.63,210,0,33
|
||||
1791535976,70.46,2520,0,33
|
||||
1791535977,84.48,2520,0,35
|
||||
1791535978,84.79,2520,0,33
|
||||
1791535979,184.00,2685,38,37
|
||||
1791535980,274.23,2685,100,39
|
||||
1791535981,274.58,2685,100,39
|
||||
1791535982,274.89,2685,100,40
|
||||
1791535983,274.91,2685,100,40
|
||||
1791535984,274.85,2685,100,40
|
||||
1791535985,274.90,2685,100,40
|
||||
1791535987,275.24,2685,100,41
|
||||
1791535988,275.67,2685,100,41
|
||||
1791535989,275.32,2685,100,41
|
||||
1791535990,275.45,2685,100,41
|
||||
1791535991,275.68,2685,100,41
|
||||
1791535992,275.32,2685,100,41
|
||||
1791535993,275.49,2685,100,41
|
||||
1791535994,275.38,2685,100,42
|
||||
1791535995,275.61,2685,100,42
|
||||
1791535996,275.51,2685,100,42
|
||||
1791535997,275.56,2685,100,42
|
||||
1791535998,275.83,2685,100,42
|
||||
1791535999,276.10,2685,100,42
|
||||
1791536000,276.18,2685,100,42
|
||||
1791536001,276.22,2685,100,42
|
||||
1791536002,275.97,2685,100,42
|
||||
1791536003,275.76,2685,100,42
|
||||
1791536005,275.83,2685,100,43
|
||||
1791536006,276.27,2685,100,43
|
||||
1791536007,276.33,2685,100,43
|
||||
1791536008,276.27,2685,100,43
|
||||
1791536009,276.44,2685,100,43
|
||||
1791536010,276.55,2685,100,43
|
||||
1791536011,276.41,2685,100,43
|
||||
1791536012,276.32,2685,100,43
|
||||
1791536013,276.25,2685,100,43
|
||||
1791536014,276.77,2685,100,43
|
||||
1791536015,276.57,2685,100,43
|
||||
1791536016,276.93,2685,100,43
|
||||
1791536017,276.51,2685,100,43
|
||||
1791536018,276.32,2685,100,43
|
||||
1791536019,276.52,2685,100,43
|
||||
1791536020,276.63,2685,100,44
|
||||
1791536022,276.20,2685,100,44
|
||||
1791536023,276.42,2685,100,44
|
||||
1791536024,276.52,2685,100,44
|
||||
1791536025,276.70,2685,100,44
|
||||
1791536026,276.72,2685,100,44
|
||||
1791536027,277.21,2685,100,44
|
||||
1791536028,277.27,2685,100,44
|
||||
1791536029,277.52,2685,100,44
|
||||
1791536030,277.48,2685,100,44
|
||||
1791536031,277.17,2685,100,44
|
||||
1791536032,277.19,2685,100,44
|
||||
1791536033,277.62,2685,100,44
|
||||
1791536034,277.53,2685,100,44
|
||||
1791536035,277.41,2685,100,44
|
||||
1791536036,277.33,2685,100,44
|
||||
1791536037,277.19,2685,100,44
|
||||
1791536038,277.43,2685,100,44
|
||||
1791536040,277.14,2685,100,44
|
||||
1791536041,276.92,2685,100,44
|
||||
1791536042,277.00,2685,100,44
|
||||
1791536043,277.45,2685,100,44
|
||||
1791536044,277.70,2685,100,44
|
||||
1791536045,277.84,2685,100,44
|
||||
1791536046,277.77,2685,100,44
|
||||
1791536047,277.65,2685,100,45
|
||||
1791536048,277.70,2685,100,45
|
||||
1791536049,277.43,2685,100,45
|
||||
1791536050,277.80,2685,100,45
|
||||
1791536051,277.65,2685,100,45
|
||||
1791536052,277.70,2685,100,45
|
||||
1791536053,277.70,2685,100,45
|
||||
1791536054,277.76,2685,100,45
|
||||
1791536055,277.66,2685,100,45
|
||||
1791536057,277.46,2685,100,45
|
||||
1791536058,277.61,2685,100,45
|
||||
1791536059,277.44,2685,100,45
|
||||
1791536060,277.64,2685,100,45
|
||||
1791536061,277.70,2685,100,45
|
||||
1791536062,277.62,2685,100,45
|
||||
1791536063,277.50,2685,100,45
|
||||
1791536064,277.41,2670,100,45
|
||||
1791536065,277.47,2670,100,45
|
||||
1791536066,277.35,2670,100,45
|
||||
1791536067,277.39,2670,100,45
|
||||
1791536068,277.63,2670,100,45
|
||||
1791536069,277.67,2670,100,45
|
||||
1791536070,277.78,2670,100,45
|
||||
1791536071,277.88,2670,100,45
|
||||
1791536072,277.93,2670,100,45
|
||||
1791536073,278.37,2670,100,45
|
||||
1791536075,278.32,2670,100,45
|
||||
1791536076,278.23,2670,100,45
|
||||
1791536077,278.16,2670,100,45
|
||||
1791536078,277.95,2670,100,45
|
||||
1791536079,277.93,2670,100,45
|
||||
1791536080,278.41,2670,100,45
|
||||
1791536081,278.61,2670,100,45
|
||||
1791536082,278.41,2670,100,45
|
||||
1791536083,278.26,2670,100,45
|
||||
1791536084,278.21,2670,100,45
|
||||
1791536085,278.17,2670,100,45
|
||||
1791536086,278.15,2670,100,45
|
||||
1791536087,278.33,2670,100,45
|
||||
1791536088,278.08,2670,100,45
|
||||
1791536089,278.18,2670,100,45
|
||||
1791536090,278.43,2670,100,45
|
||||
1791536091,278.36,2670,100,45
|
||||
1791536093,278.36,2670,100,45
|
||||
1791536094,278.60,2670,100,45
|
||||
1791536095,278.60,2670,100,45
|
||||
1791536096,278.50,2670,100,45
|
||||
1791536097,278.64,2670,100,45
|
||||
1791536098,278.22,2670,100,45
|
||||
|
118
docs/analysis/class-v6/1p5x/x4/pod-s1/smi-05-x4-prefix.csv
Normal file
118
docs/analysis/class-v6/1p5x/x4/pod-s1/smi-05-x4-prefix.csv
Normal file
|
|
@ -0,0 +1,118 @@
|
|||
1791536119,27.42,210,0,32
|
||||
1791536120,46.44,2520,0,33
|
||||
1791536121,80.51,2520,0,33
|
||||
1791536122,84.09,2520,0,33
|
||||
1791536123,162.79,2685,0,35
|
||||
1791536124,252.19,2685,100,39
|
||||
1791536125,274.83,2685,100,39
|
||||
1791536126,275.12,2685,100,40
|
||||
1791536127,275.51,2685,100,40
|
||||
1791536128,275.73,2685,100,40
|
||||
1791536129,275.47,2685,100,40
|
||||
1791536130,275.54,2685,100,40
|
||||
1791536131,275.97,2685,100,41
|
||||
1791536132,276.06,2685,100,41
|
||||
1791536133,275.98,2685,100,41
|
||||
1791536134,276.30,2685,100,41
|
||||
1791536136,276.28,2685,100,41
|
||||
1791536137,276.26,2685,100,41
|
||||
1791536138,276.54,2685,100,41
|
||||
1791536139,276.40,2685,100,42
|
||||
1791536140,276.72,2685,100,42
|
||||
1791536141,276.51,2685,100,42
|
||||
1791536142,276.54,2685,100,42
|
||||
1791536143,276.39,2685,100,42
|
||||
1791536144,276.48,2685,100,42
|
||||
1791536145,276.59,2685,100,42
|
||||
1791536146,277.00,2685,100,42
|
||||
1791536147,276.94,2685,100,42
|
||||
1791536148,276.95,2685,100,42
|
||||
1791536149,276.96,2685,100,43
|
||||
1791536150,277.07,2685,100,43
|
||||
1791536151,277.21,2685,100,43
|
||||
1791536152,277.40,2685,100,43
|
||||
1791536154,277.45,2685,100,43
|
||||
1791536155,277.56,2685,100,43
|
||||
1791536156,277.65,2685,100,43
|
||||
1791536157,277.60,2685,100,43
|
||||
1791536158,277.47,2685,100,43
|
||||
1791536159,277.64,2685,100,43
|
||||
1791536160,277.66,2685,100,43
|
||||
1791536161,278.01,2685,100,43
|
||||
1791536162,278.20,2685,100,43
|
||||
1791536163,278.12,2685,100,43
|
||||
1791536164,278.05,2685,100,44
|
||||
1791536165,277.90,2685,100,44
|
||||
1791536166,278.01,2685,100,44
|
||||
1791536167,278.00,2685,100,44
|
||||
1791536168,278.24,2685,100,44
|
||||
1791536169,278.14,2685,100,44
|
||||
1791536170,278.00,2685,100,44
|
||||
1791536171,277.94,2685,100,44
|
||||
1791536173,277.95,2685,100,44
|
||||
1791536174,278.15,2685,100,44
|
||||
1791536175,278.29,2685,100,44
|
||||
1791536176,278.26,2685,100,44
|
||||
1791536177,278.58,2685,100,44
|
||||
1791536178,278.41,2685,100,44
|
||||
1791536179,278.51,2685,100,44
|
||||
1791536180,278.36,2685,100,44
|
||||
1791536181,277.93,2685,100,44
|
||||
1791536182,278.20,2685,100,44
|
||||
1791536183,278.05,2685,100,44
|
||||
1791536184,277.98,2685,100,44
|
||||
1791536185,277.91,2685,100,44
|
||||
1791536186,278.07,2685,100,45
|
||||
1791536187,278.10,2685,100,45
|
||||
1791536188,278.10,2685,100,45
|
||||
1791536189,278.35,2685,100,45
|
||||
1791536190,278.29,2685,100,45
|
||||
1791536191,278.22,2685,100,45
|
||||
1791536192,278.36,2685,100,45
|
||||
1791536194,278.56,2685,100,45
|
||||
1791536195,278.19,2685,100,45
|
||||
1791536196,278.21,2685,100,45
|
||||
1791536197,278.46,2685,100,45
|
||||
1791536198,278.67,2670,100,45
|
||||
1791536199,278.57,2670,100,45
|
||||
1791536200,278.30,2670,100,45
|
||||
1791536201,278.27,2670,100,45
|
||||
1791536202,278.49,2670,100,45
|
||||
1791536203,278.13,2670,100,45
|
||||
1791536204,278.25,2670,100,45
|
||||
1791536205,278.53,2670,100,45
|
||||
1791536206,278.37,2670,100,45
|
||||
1791536207,278.25,2670,100,45
|
||||
1791536208,278.35,2670,100,45
|
||||
1791536209,278.34,2670,100,45
|
||||
1791536210,278.46,2670,100,45
|
||||
1791536211,278.27,2670,100,45
|
||||
1791536213,278.51,2670,100,45
|
||||
1791536214,278.33,2670,100,45
|
||||
1791536215,278.56,2670,100,45
|
||||
1791536216,278.57,2670,100,45
|
||||
1791536217,278.54,2670,100,45
|
||||
1791536218,278.68,2670,100,45
|
||||
1791536219,278.48,2670,100,45
|
||||
1791536220,278.57,2670,100,45
|
||||
1791536221,278.55,2670,100,45
|
||||
1791536222,278.15,2670,100,45
|
||||
1791536223,278.38,2670,100,45
|
||||
1791536224,278.28,2670,100,45
|
||||
1791536225,277.98,2670,100,45
|
||||
1791536226,278.02,2670,100,45
|
||||
1791536227,278.02,2670,100,45
|
||||
1791536228,278.19,2670,100,46
|
||||
1791536229,278.29,2670,100,46
|
||||
1791536231,278.26,2670,100,46
|
||||
1791536232,278.38,2670,100,46
|
||||
1791536233,278.38,2670,100,46
|
||||
1791536234,278.29,2670,100,46
|
||||
1791536235,278.22,2670,100,46
|
||||
1791536236,278.52,2670,100,46
|
||||
1791536237,278.37,2670,100,46
|
||||
1791536238,278.84,2670,100,46
|
||||
1791536239,278.82,2670,100,46
|
||||
1791536240,278.72,2670,100,46
|
||||
1791536241,278.38,2670,100,46
|
||||
1791536242,278.26,2670,100,46
|
||||
|
116
docs/analysis/class-v6/1p5x/x4/pod-s1/smi-06-x4-generated.csv
Normal file
116
docs/analysis/class-v6/1p5x/x4/pod-s1/smi-06-x4-generated.csv
Normal file
|
|
@ -0,0 +1,116 @@
|
|||
1791536262,28.12,210,0,33
|
||||
1791536263,45.22,2520,0,33
|
||||
1791536264,86.39,2520,13,33
|
||||
1791536266,83.65,2520,27,33
|
||||
1791536267,221.16,2685,100,38
|
||||
1791536268,271.83,2685,100,39
|
||||
1791536269,271.62,2685,100,40
|
||||
1791536270,271.83,2685,100,40
|
||||
1791536271,271.95,2685,100,40
|
||||
1791536272,272.41,2685,100,40
|
||||
1791536274,272.62,2685,100,41
|
||||
1791536275,273.05,2685,100,41
|
||||
1791536276,272.71,2685,100,41
|
||||
1791536277,272.42,2685,100,41
|
||||
1791536278,273.08,2685,100,41
|
||||
1791536279,273.56,2685,100,41
|
||||
1791536280,273.76,2685,100,41
|
||||
1791536281,273.98,2685,100,42
|
||||
1791536282,273.49,2685,100,42
|
||||
1791536283,273.72,2685,100,42
|
||||
1791536284,273.59,2685,100,42
|
||||
1791536285,274.44,2685,100,42
|
||||
1791536286,274.20,2685,100,42
|
||||
1791536288,274.36,2685,100,42
|
||||
1791536289,274.20,2685,100,42
|
||||
1791536290,274.58,2685,100,42
|
||||
1791536291,274.60,2685,100,43
|
||||
1791536292,274.28,2685,100,43
|
||||
1791536293,274.16,2685,100,43
|
||||
1791536294,274.61,2685,100,43
|
||||
1791536295,274.58,2685,100,43
|
||||
1791536296,274.69,2685,100,43
|
||||
1791536297,274.48,2685,100,43
|
||||
1791536298,274.05,2685,100,43
|
||||
1791536299,274.47,2685,100,43
|
||||
1791536300,274.74,2685,100,43
|
||||
1791536301,274.72,2685,100,43
|
||||
1791536302,274.21,2685,100,43
|
||||
1791536303,274.35,2685,100,43
|
||||
1791536305,274.51,2685,100,43
|
||||
1791536306,274.27,2685,100,44
|
||||
1791536307,274.30,2685,100,44
|
||||
1791536308,274.39,2685,100,44
|
||||
1791536309,274.46,2685,100,44
|
||||
1791536310,274.56,2685,100,44
|
||||
1791536311,274.28,2685,100,44
|
||||
1791536312,274.35,2685,100,44
|
||||
1791536313,274.34,2685,100,44
|
||||
1791536314,274.94,2685,100,44
|
||||
1791536315,274.96,2685,100,44
|
||||
1791536316,275.16,2685,100,44
|
||||
1791536317,274.94,2685,100,44
|
||||
1791536318,275.14,2685,100,44
|
||||
1791536319,275.30,2685,100,44
|
||||
1791536320,275.43,2685,100,44
|
||||
1791536321,275.68,2685,100,44
|
||||
1791536323,275.28,2685,100,44
|
||||
1791536324,275.09,2685,100,44
|
||||
1791536325,275.04,2685,100,44
|
||||
1791536326,275.32,2685,100,44
|
||||
1791536327,275.37,2685,100,45
|
||||
1791536328,275.01,2685,100,45
|
||||
1791536329,275.25,2685,100,45
|
||||
1791536330,275.58,2685,100,45
|
||||
1791536331,275.47,2685,100,45
|
||||
1791536332,275.31,2670,100,45
|
||||
1791536333,274.92,2670,100,45
|
||||
1791536334,275.14,2670,100,45
|
||||
1791536335,275.06,2670,100,45
|
||||
1791536336,274.90,2670,100,45
|
||||
1791536337,274.87,2670,100,45
|
||||
1791536338,274.95,2670,100,45
|
||||
1791536339,275.16,2670,100,45
|
||||
1791536341,275.11,2670,100,45
|
||||
1791536342,275.24,2670,100,45
|
||||
1791536343,275.62,2670,100,45
|
||||
1791536344,275.53,2670,100,45
|
||||
1791536345,275.52,2670,100,45
|
||||
1791536346,275.66,2670,100,45
|
||||
1791536347,275.52,2670,100,45
|
||||
1791536348,275.30,2670,100,45
|
||||
1791536349,275.38,2670,100,45
|
||||
1791536350,275.12,2670,100,45
|
||||
1791536351,275.18,2670,100,45
|
||||
1791536352,275.64,2670,100,45
|
||||
1791536353,275.77,2670,100,45
|
||||
1791536354,275.83,2670,100,45
|
||||
1791536355,275.69,2670,100,45
|
||||
1791536356,275.42,2670,100,45
|
||||
1791536357,275.40,2670,100,45
|
||||
1791536358,275.39,2670,100,45
|
||||
1791536360,275.35,2670,100,45
|
||||
1791536361,275.18,2670,100,45
|
||||
1791536362,275.49,2670,100,45
|
||||
1791536363,275.30,2670,100,45
|
||||
1791536364,275.49,2670,100,45
|
||||
1791536365,275.52,2670,100,45
|
||||
1791536366,275.42,2670,100,45
|
||||
1791536367,275.55,2670,100,45
|
||||
1791536368,275.41,2670,100,45
|
||||
1791536369,275.51,2670,100,45
|
||||
1791536370,275.74,2670,100,45
|
||||
1791536371,275.93,2670,100,45
|
||||
1791536372,275.71,2670,100,45
|
||||
1791536373,275.59,2670,100,45
|
||||
1791536374,275.64,2670,100,45
|
||||
1791536375,275.63,2670,100,45
|
||||
1791536376,275.64,2670,100,45
|
||||
1791536377,275.20,2670,100,45
|
||||
1791536379,275.46,2670,100,46
|
||||
1791536380,275.75,2670,100,46
|
||||
1791536381,275.81,2670,100,46
|
||||
1791536382,275.48,2670,100,46
|
||||
1791536383,275.74,2670,100,46
|
||||
1791536384,275.67,2670,100,46
|
||||
1791536385,275.55,2670,100,46
|
||||
|
118
docs/analysis/class-v6/1p5x/x4/pod-s1/smi-07-x4-direct.csv
Normal file
118
docs/analysis/class-v6/1p5x/x4/pod-s1/smi-07-x4-direct.csv
Normal file
|
|
@ -0,0 +1,118 @@
|
|||
1791536406,81.86,2520,0,34
|
||||
1791536407,82.61,2520,0,34
|
||||
1791536408,81.17,2520,0,34
|
||||
1791536409,84.94,2520,0,34
|
||||
1791536410,161.93,2685,0,37
|
||||
1791536411,255.04,2685,100,39
|
||||
1791536412,271.83,2685,100,40
|
||||
1791536414,272.05,2685,100,40
|
||||
1791536415,272.34,2685,100,40
|
||||
1791536416,272.39,2685,100,40
|
||||
1791536417,272.58,2685,100,41
|
||||
1791536418,272.46,2685,100,41
|
||||
1791536419,272.73,2685,100,41
|
||||
1791536420,272.76,2685,100,41
|
||||
1791536421,273.18,2685,100,41
|
||||
1791536422,273.53,2685,100,41
|
||||
1791536423,273.18,2685,100,41
|
||||
1791536424,273.10,2685,100,42
|
||||
1791536425,273.57,2685,100,42
|
||||
1791536426,273.57,2685,100,42
|
||||
1791536427,273.70,2685,100,42
|
||||
1791536428,273.65,2685,100,42
|
||||
1791536429,273.97,2685,100,42
|
||||
1791536430,273.85,2685,100,42
|
||||
1791536431,273.86,2685,100,42
|
||||
1791536433,273.15,2685,100,42
|
||||
1791536434,273.28,2685,100,43
|
||||
1791536435,273.96,2685,100,43
|
||||
1791536436,273.66,2685,100,43
|
||||
1791536437,273.58,2685,100,43
|
||||
1791536438,273.76,2685,100,43
|
||||
1791536439,273.79,2685,100,43
|
||||
1791536440,274.06,2685,100,43
|
||||
1791536441,273.95,2685,100,43
|
||||
1791536442,273.91,2685,100,43
|
||||
1791536443,273.31,2685,100,43
|
||||
1791536444,274.12,2685,100,43
|
||||
1791536445,274.60,2685,100,43
|
||||
1791536446,274.74,2685,100,43
|
||||
1791536447,275.15,2685,100,43
|
||||
1791536448,275.27,2685,100,43
|
||||
1791536449,275.23,2685,100,44
|
||||
1791536450,275.21,2685,100,44
|
||||
1791536451,275.15,2685,100,44
|
||||
1791536452,274.94,2685,100,44
|
||||
1791536454,274.99,2685,100,44
|
||||
1791536455,274.55,2685,100,44
|
||||
1791536456,274.55,2685,100,44
|
||||
1791536457,274.17,2685,100,44
|
||||
1791536458,274.52,2685,100,44
|
||||
1791536459,274.63,2685,100,44
|
||||
1791536460,274.92,2685,100,44
|
||||
1791536461,274.98,2685,100,44
|
||||
1791536462,274.93,2685,100,44
|
||||
1791536463,274.99,2685,100,44
|
||||
1791536464,274.79,2685,100,44
|
||||
1791536465,274.97,2685,100,44
|
||||
1791536466,275.01,2685,100,44
|
||||
1791536467,275.02,2685,100,44
|
||||
1791536468,275.00,2685,100,44
|
||||
1791536469,274.83,2685,100,44
|
||||
1791536470,274.89,2670,100,44
|
||||
1791536471,274.91,2670,100,45
|
||||
1791536472,275.43,2670,100,45
|
||||
1791536474,275.52,2670,100,45
|
||||
1791536475,275.33,2670,100,45
|
||||
1791536476,275.53,2670,100,45
|
||||
1791536477,275.92,2670,100,45
|
||||
1791536478,275.80,2670,100,45
|
||||
1791536479,275.93,2670,100,45
|
||||
1791536480,275.83,2670,100,45
|
||||
1791536481,275.52,2670,100,45
|
||||
1791536482,275.53,2670,100,45
|
||||
1791536483,275.63,2670,100,45
|
||||
1791536484,275.48,2670,100,45
|
||||
1791536485,275.54,2670,100,45
|
||||
1791536486,275.52,2670,100,45
|
||||
1791536487,275.50,2670,100,45
|
||||
1791536488,275.49,2670,100,45
|
||||
1791536489,275.57,2670,100,45
|
||||
1791536490,275.48,2670,100,45
|
||||
1791536491,275.97,2670,100,45
|
||||
1791536493,276.09,2670,100,45
|
||||
1791536494,275.72,2670,100,45
|
||||
1791536495,275.89,2670,100,45
|
||||
1791536496,275.75,2670,100,45
|
||||
1791536497,275.57,2670,100,45
|
||||
1791536498,275.65,2670,100,45
|
||||
1791536499,275.46,2670,100,45
|
||||
1791536500,275.24,2670,100,45
|
||||
1791536501,275.60,2670,100,45
|
||||
1791536502,275.50,2670,100,45
|
||||
1791536503,275.70,2670,100,45
|
||||
1791536504,275.83,2670,100,45
|
||||
1791536505,275.92,2670,100,45
|
||||
1791536506,276.33,2670,100,45
|
||||
1791536507,276.05,2670,100,45
|
||||
1791536508,275.96,2670,100,45
|
||||
1791536510,276.06,2670,100,45
|
||||
1791536511,276.02,2670,100,45
|
||||
1791536512,275.94,2670,100,45
|
||||
1791536513,275.80,2670,100,45
|
||||
1791536514,275.54,2670,100,45
|
||||
1791536515,275.71,2670,100,45
|
||||
1791536516,275.78,2670,100,45
|
||||
1791536517,276.05,2670,100,45
|
||||
1791536518,275.77,2670,100,45
|
||||
1791536519,275.95,2670,100,45
|
||||
1791536520,275.71,2670,100,45
|
||||
1791536521,276.18,2670,100,45
|
||||
1791536522,276.31,2670,100,45
|
||||
1791536523,276.28,2670,100,45
|
||||
1791536524,275.84,2670,100,45
|
||||
1791536525,275.84,2670,100,45
|
||||
1791536526,276.17,2670,100,45
|
||||
1791536528,276.52,2670,100,45
|
||||
1791536529,276.46,2670,100,45
|
||||
1791536530,276.26,2670,100,45
|
||||
|
118
docs/analysis/class-v6/1p5x/x4/pod-s1/smi-08-hl-v6-all.csv
Normal file
118
docs/analysis/class-v6/1p5x/x4/pod-s1/smi-08-hl-v6-all.csv
Normal file
|
|
@ -0,0 +1,118 @@
|
|||
1791536550,27.22,210,0,33
|
||||
1791536551,70.72,2520,0,33
|
||||
1791536552,80.23,2520,0,33
|
||||
1791536553,83.13,2520,0,33
|
||||
1791536554,121.69,2685,100,38
|
||||
1791536555,246.83,2685,100,39
|
||||
1791536556,284.11,2685,100,40
|
||||
1791536557,284.58,2685,100,40
|
||||
1791536558,285.01,2685,100,40
|
||||
1791536559,284.97,2685,100,41
|
||||
1791536561,285.17,2685,100,41
|
||||
1791536562,285.15,2685,100,41
|
||||
1791536563,285.45,2685,100,41
|
||||
1791536564,285.45,2685,100,41
|
||||
1791536565,285.62,2685,100,42
|
||||
1791536566,285.60,2685,100,42
|
||||
1791536567,285.28,2685,100,42
|
||||
1791536568,285.67,2685,100,42
|
||||
1791536569,285.45,2685,100,42
|
||||
1791536570,286.00,2685,100,42
|
||||
1791536571,286.44,2685,100,42
|
||||
1791536572,286.33,2685,100,43
|
||||
1791536573,285.72,2685,100,43
|
||||
1791536574,270.98,2685,100,43
|
||||
1791536575,286.06,2685,100,43
|
||||
1791536576,286.34,2685,100,43
|
||||
1791536577,286.22,2685,100,43
|
||||
1791536578,286.79,2685,100,43
|
||||
1791536580,286.43,2685,100,43
|
||||
1791536581,286.62,2685,100,43
|
||||
1791536582,286.93,2685,100,43
|
||||
1791536583,286.74,2685,100,44
|
||||
1791536584,286.87,2685,100,44
|
||||
1791536585,287.43,2685,100,44
|
||||
1791536586,287.43,2685,100,44
|
||||
1791536587,287.36,2685,100,44
|
||||
1791536588,287.42,2685,100,44
|
||||
1791536589,287.30,2685,99,44
|
||||
1791536590,286.99,2685,100,44
|
||||
1791536591,287.13,2685,100,44
|
||||
1791536592,287.50,2685,100,44
|
||||
1791536593,287.59,2670,100,44
|
||||
1791536594,287.57,2670,100,44
|
||||
1791536595,287.72,2670,100,44
|
||||
1791536596,287.69,2670,100,45
|
||||
1791536597,287.35,2670,100,45
|
||||
1791536598,287.59,2670,100,45
|
||||
1791536600,287.33,2670,100,45
|
||||
1791536601,287.55,2670,100,45
|
||||
1791536602,287.71,2670,100,45
|
||||
1791536603,288.11,2670,100,45
|
||||
1791536604,287.80,2670,100,45
|
||||
1791536605,288.04,2670,100,45
|
||||
1791536606,287.35,2670,100,45
|
||||
1791536607,287.53,2670,100,45
|
||||
1791536608,287.66,2670,100,45
|
||||
1791536609,287.89,2670,100,45
|
||||
1791536610,287.96,2670,100,45
|
||||
1791536611,288.00,2670,100,45
|
||||
1791536612,288.10,2670,100,45
|
||||
1791536613,287.76,2670,100,45
|
||||
1791536614,287.67,2670,100,45
|
||||
1791536615,287.89,2670,100,45
|
||||
1791536616,287.79,2670,100,45
|
||||
1791536617,287.85,2670,100,45
|
||||
1791536619,287.77,2670,100,46
|
||||
1791536620,288.14,2670,100,46
|
||||
1791536621,287.73,2670,100,46
|
||||
1791536622,287.70,2670,100,46
|
||||
1791536623,286.94,2670,100,46
|
||||
1791536624,288.00,2670,100,46
|
||||
1791536625,287.60,2670,100,46
|
||||
1791536626,288.13,2670,100,46
|
||||
1791536627,287.82,2670,100,46
|
||||
1791536628,288.33,2670,100,46
|
||||
1791536629,287.87,2670,100,46
|
||||
1791536630,288.07,2670,100,46
|
||||
1791536631,287.86,2670,100,46
|
||||
1791536632,287.82,2670,100,46
|
||||
1791536633,287.90,2670,100,46
|
||||
1791536634,287.91,2670,100,46
|
||||
1791536635,288.30,2670,100,46
|
||||
1791536636,288.10,2670,100,46
|
||||
1791536638,287.83,2670,100,46
|
||||
1791536639,287.74,2670,100,46
|
||||
1791536640,287.73,2670,100,46
|
||||
1791536641,287.73,2670,100,46
|
||||
1791536642,288.01,2670,100,46
|
||||
1791536643,288.17,2670,100,46
|
||||
1791536644,288.14,2670,100,46
|
||||
1791536645,288.11,2670,100,46
|
||||
1791536646,288.37,2670,100,46
|
||||
1791536647,288.34,2670,100,46
|
||||
1791536648,288.06,2670,100,46
|
||||
1791536649,288.03,2670,100,46
|
||||
1791536650,288.05,2670,100,46
|
||||
1791536651,288.24,2670,100,46
|
||||
1791536652,287.95,2670,100,46
|
||||
1791536653,288.25,2670,100,46
|
||||
1791536654,288.16,2670,100,46
|
||||
1791536656,288.24,2670,100,46
|
||||
1791536657,288.70,2670,100,46
|
||||
1791536658,289.14,2670,100,46
|
||||
1791536659,289.04,2670,100,46
|
||||
1791536660,289.00,2670,100,46
|
||||
1791536661,288.88,2670,100,46
|
||||
1791536662,288.70,2670,100,46
|
||||
1791536663,288.77,2670,100,47
|
||||
1791536664,288.74,2670,100,47
|
||||
1791536665,289.04,2670,100,47
|
||||
1791536666,288.94,2670,100,47
|
||||
1791536667,288.78,2670,100,47
|
||||
1791536668,288.69,2670,100,47
|
||||
1791536669,288.47,2670,100,47
|
||||
1791536670,289.04,2670,100,47
|
||||
1791536672,289.11,2670,100,47
|
||||
1791536673,289.05,2670,100,47
|
||||
1791536674,288.86,2670,100,47
|
||||
|
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 13.2 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack packs/hl-v6-all on NVIDIA_GeForce_RTX_4090: nvrtc 2347 cache 2 dataset 29 hot 0 check 1092 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 477.97 ms; 250 timed dispatches of 16777216 nonces: mean 478.24 ms
|
||||
RESULT pack=packs/hl-v6-all class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=93 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.081 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 13.2 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack packs/x4-direct on NVIDIA_GeForce_RTX_4090: nvrtc 1626 cache 3 dataset 28 hot 0 check 1163 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 479.01 ms; 250 timed dispatches of 16777216 nonces: mean 479.05 ms
|
||||
RESULT pack=packs/x4-direct class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=182 blocks_per_sm=8 warps=0 resident=1024 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.022 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 13.2 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack packs/x4-generated on NVIDIA_GeForce_RTX_4090: nvrtc 1479 cache 2 dataset 29 hot 0 check 1190 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 478.44 ms; 250 timed dispatches of 16777216 nonces: mean 478.59 ms
|
||||
RESULT pack=packs/x4-generated class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=142 blocks_per_sm=12 warps=0 resident=1536 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.055 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 13.2 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack packs/x4-prefix on NVIDIA_GeForce_RTX_4090: nvrtc 1676 cache 3 dataset 28 hot 0 check 1158 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 478.39 ms; 250 timed dispatches of 16777216 nonces: mean 479.74 ms
|
||||
RESULT pack=packs/x4-prefix class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=154 blocks_per_sm=12 warps=0 resident=1536 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=34.971 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 13.2 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack packs/x4-prefix on NVIDIA_GeForce_RTX_4090: nvrtc 1552 cache 2 dataset 29 hot 0 check 1183 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 478.53 ms; 250 timed dispatches of 16777216 nonces: mean 478.66 ms
|
||||
RESULT pack=packs/x4-prefix class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=154 blocks_per_sm=12 warps=0 resident=1536 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.050 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 13.2 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack packs/x4-generated on NVIDIA_GeForce_RTX_4090: nvrtc 1566 cache 2 dataset 29 hot 0 check 1652 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 478.47 ms; 250 timed dispatches of 16777216 nonces: mean 478.63 ms
|
||||
RESULT pack=packs/x4-generated class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=142 blocks_per_sm=12 warps=0 resident=1536 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.053 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 13.2 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack packs/x4-direct on NVIDIA_GeForce_RTX_4090: nvrtc 1454 cache 2 dataset 29 hot 0 check 1187 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 479.02 ms; 250 timed dispatches of 16777216 nonces: mean 479.05 ms
|
||||
RESULT pack=packs/x4-direct class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=182 blocks_per_sm=8 warps=0 resident=1024 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.022 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 13.2 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack packs/hl-v6-all on NVIDIA_GeForce_RTX_4090: nvrtc 2538 cache 2 dataset 29 hot 0 check 1105 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 478.21 ms; 250 timed dispatches of 16777216 nonces: mean 478.24 ms
|
||||
RESULT pack=packs/hl-v6-all class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=93 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.081 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
35
docs/analysis/class-v6/1p5x/x4/pod-s2/out-run.log
Normal file
35
docs/analysis/class-v6/1p5x/x4/pod-s2/out-run.log
Normal file
|
|
@ -0,0 +1,35 @@
|
|||
RESULT start 2026-10-09T09:05:41Z NVIDIA GeForce RTX 4090, 595.91.07, 450.00 W, 3105 MHz
|
||||
RESULT worker sha256 804a6f7fea10a62e
|
||||
RESULT run 01-hl-v6-all rc=0 secs=124 t0=1791536741 t1=1791536865
|
||||
BENCH 01-hl-v6-all | pack packs/hl-v6-all on NVIDIA_GeForce_RTX_4090: nvrtc 2347 cache 2 dataset 29 hot 0 check 1092 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
BENCH 01-hl-v6-all | warm-up dispatch (base 0): 477.97 ms; 250 timed dispatches of 16777216 nonces: mean 478.24 ms
|
||||
BENCH 01-hl-v6-all | RESULT pack=packs/hl-v6-all class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=93 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.081 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT run 02-x4-direct rc=0 secs=124 t0=1791536885 t1=1791537009
|
||||
BENCH 02-x4-direct | pack packs/x4-direct on NVIDIA_GeForce_RTX_4090: nvrtc 1626 cache 3 dataset 28 hot 0 check 1163 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
BENCH 02-x4-direct | warm-up dispatch (base 0): 479.01 ms; 250 timed dispatches of 16777216 nonces: mean 479.05 ms
|
||||
BENCH 02-x4-direct | RESULT pack=packs/x4-direct class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=182 blocks_per_sm=8 warps=0 resident=1024 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.022 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT run 03-x4-generated rc=0 secs=123 t0=1791537029 t1=1791537152
|
||||
BENCH 03-x4-generated | pack packs/x4-generated on NVIDIA_GeForce_RTX_4090: nvrtc 1479 cache 2 dataset 29 hot 0 check 1190 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
BENCH 03-x4-generated | warm-up dispatch (base 0): 478.44 ms; 250 timed dispatches of 16777216 nonces: mean 478.59 ms
|
||||
BENCH 03-x4-generated | RESULT pack=packs/x4-generated class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=142 blocks_per_sm=12 warps=0 resident=1536 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.055 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT run 04-x4-prefix rc=0 secs=124 t0=1791537172 t1=1791537296
|
||||
BENCH 04-x4-prefix | pack packs/x4-prefix on NVIDIA_GeForce_RTX_4090: nvrtc 1676 cache 3 dataset 28 hot 0 check 1158 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
BENCH 04-x4-prefix | warm-up dispatch (base 0): 478.39 ms; 250 timed dispatches of 16777216 nonces: mean 479.74 ms
|
||||
BENCH 04-x4-prefix | RESULT pack=packs/x4-prefix class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=154 blocks_per_sm=12 warps=0 resident=1536 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=34.971 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT run 05-x4-prefix rc=0 secs=124 t0=1791537316 t1=1791537440
|
||||
BENCH 05-x4-prefix | pack packs/x4-prefix on NVIDIA_GeForce_RTX_4090: nvrtc 1552 cache 2 dataset 29 hot 0 check 1183 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
BENCH 05-x4-prefix | warm-up dispatch (base 0): 478.53 ms; 250 timed dispatches of 16777216 nonces: mean 478.66 ms
|
||||
BENCH 05-x4-prefix | RESULT pack=packs/x4-prefix class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=154 blocks_per_sm=12 warps=0 resident=1536 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.050 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT run 06-x4-generated rc=0 secs=124 t0=1791537460 t1=1791537584
|
||||
BENCH 06-x4-generated | pack packs/x4-generated on NVIDIA_GeForce_RTX_4090: nvrtc 1566 cache 2 dataset 29 hot 0 check 1652 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
BENCH 06-x4-generated | warm-up dispatch (base 0): 478.47 ms; 250 timed dispatches of 16777216 nonces: mean 478.63 ms
|
||||
BENCH 06-x4-generated | RESULT pack=packs/x4-generated class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=142 blocks_per_sm=12 warps=0 resident=1536 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.053 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT run 07-x4-direct rc=0 secs=123 t0=1791537604 t1=1791537727
|
||||
BENCH 07-x4-direct | pack packs/x4-direct on NVIDIA_GeForce_RTX_4090: nvrtc 1454 cache 2 dataset 29 hot 0 check 1187 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
BENCH 07-x4-direct | warm-up dispatch (base 0): 479.02 ms; 250 timed dispatches of 16777216 nonces: mean 479.05 ms
|
||||
BENCH 07-x4-direct | RESULT pack=packs/x4-direct class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=182 blocks_per_sm=8 warps=0 resident=1024 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.022 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT run 08-hl-v6-all rc=0 secs=125 t0=1791537747 t1=1791537872
|
||||
BENCH 08-hl-v6-all | pack packs/hl-v6-all on NVIDIA_GeForce_RTX_4090: nvrtc 2538 cache 2 dataset 29 hot 0 check 1105 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
BENCH 08-hl-v6-all | warm-up dispatch (base 0): 478.21 ms; 250 timed dispatches of 16777216 nonces: mean 478.24 ms
|
||||
BENCH 08-hl-v6-all | RESULT pack=packs/hl-v6-all class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=93 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=250 check=PASS fingerprint=e8f4f3289c6ee1fc mhs=35.081 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT end 2026-10-09T09:24:52Z
|
||||
118
docs/analysis/class-v6/1p5x/x4/pod-s2/smi-01-hl-v6-all.csv
Normal file
118
docs/analysis/class-v6/1p5x/x4/pod-s2/smi-01-hl-v6-all.csv
Normal file
|
|
@ -0,0 +1,118 @@
|
|||
1791536741,27.54,210,0,26
|
||||
1791536742,56.07,2520,0,27
|
||||
1791536743,82.60,2520,0,27
|
||||
1791536744,85.62,2520,11,28
|
||||
1791536745,90.67,2520,57,27
|
||||
1791536746,251.28,2655,100,34
|
||||
1791536747,281.96,2685,100,35
|
||||
1791536748,282.36,2685,100,35
|
||||
1791536749,282.45,2685,100,35
|
||||
1791536750,282.71,2685,100,36
|
||||
1791536751,282.52,2685,100,36
|
||||
1791536752,282.61,2685,100,36
|
||||
1791536753,282.40,2685,100,37
|
||||
1791536754,282.54,2685,100,37
|
||||
1791536756,282.72,2685,100,37
|
||||
1791536757,283.36,2685,100,38
|
||||
1791536758,283.44,2685,100,38
|
||||
1791536759,283.25,2685,100,38
|
||||
1791536760,283.73,2685,100,38
|
||||
1791536761,284.11,2685,100,38
|
||||
1791536762,284.14,2685,100,39
|
||||
1791536763,284.19,2685,100,39
|
||||
1791536764,284.22,2685,100,39
|
||||
1791536765,284.22,2685,100,39
|
||||
1791536766,284.55,2685,100,40
|
||||
1791536767,284.48,2685,100,40
|
||||
1791536768,284.77,2685,100,40
|
||||
1791536769,284.98,2685,100,40
|
||||
1791536770,284.96,2685,100,40
|
||||
1791536771,284.94,2685,100,40
|
||||
1791536772,285.17,2685,100,41
|
||||
1791536773,285.14,2685,100,41
|
||||
1791536775,284.91,2685,100,41
|
||||
1791536776,285.24,2685,100,41
|
||||
1791536777,285.16,2685,100,41
|
||||
1791536778,285.23,2685,100,41
|
||||
1791536779,285.40,2685,100,41
|
||||
1791536780,285.35,2685,100,42
|
||||
1791536781,285.25,2685,100,42
|
||||
1791536782,285.20,2685,100,42
|
||||
1791536783,285.48,2685,100,42
|
||||
1791536784,285.70,2685,100,42
|
||||
1791536785,286.04,2685,100,42
|
||||
1791536786,286.20,2685,100,42
|
||||
1791536787,286.10,2685,100,42
|
||||
1791536788,286.15,2685,100,43
|
||||
1791536789,285.95,2685,100,43
|
||||
1791536790,286.59,2685,100,43
|
||||
1791536791,286.56,2685,100,43
|
||||
1791536793,286.33,2685,100,43
|
||||
1791536794,286.56,2685,100,43
|
||||
1791536795,286.70,2685,100,43
|
||||
1791536796,286.51,2685,100,43
|
||||
1791536797,286.30,2685,100,43
|
||||
1791536798,286.80,2685,100,43
|
||||
1791536799,286.39,2685,100,43
|
||||
1791536800,286.27,2685,100,44
|
||||
1791536801,286.57,2685,100,44
|
||||
1791536802,286.67,2685,100,44
|
||||
1791536803,286.65,2685,100,44
|
||||
1791536804,286.59,2685,100,44
|
||||
1791536805,286.91,2685,100,44
|
||||
1791536806,286.94,2685,100,44
|
||||
1791536807,286.84,2685,100,44
|
||||
1791536808,286.92,2685,100,44
|
||||
1791536810,287.06,2670,100,44
|
||||
1791536811,287.07,2670,100,44
|
||||
1791536812,287.24,2670,100,44
|
||||
1791536813,287.26,2670,100,44
|
||||
1791536814,287.13,2670,100,44
|
||||
1791536815,287.39,2670,100,45
|
||||
1791536816,287.57,2670,100,45
|
||||
1791536817,287.45,2670,100,45
|
||||
1791536818,287.37,2670,100,45
|
||||
1791536819,287.87,2670,100,45
|
||||
1791536820,287.90,2670,100,45
|
||||
1791536821,287.97,2670,100,45
|
||||
1791536822,287.47,2670,100,45
|
||||
1791536823,287.40,2670,100,45
|
||||
1791536824,287.09,2670,100,45
|
||||
1791536825,287.00,2670,100,45
|
||||
1791536827,287.51,2670,100,45
|
||||
1791536828,288.05,2670,100,45
|
||||
1791536829,288.44,2670,100,45
|
||||
1791536830,288.36,2670,100,45
|
||||
1791536831,288.67,2670,100,45
|
||||
1791536832,288.64,2670,100,45
|
||||
1791536833,288.62,2670,100,45
|
||||
1791536834,288.22,2670,100,45
|
||||
1791536835,288.23,2670,100,46
|
||||
1791536836,288.16,2670,100,46
|
||||
1791536837,288.39,2670,100,46
|
||||
1791536838,288.55,2670,100,46
|
||||
1791536839,288.68,2670,100,46
|
||||
1791536840,288.95,2670,100,46
|
||||
1791536841,289.35,2670,100,46
|
||||
1791536842,288.96,2670,100,46
|
||||
1791536843,288.62,2670,100,46
|
||||
1791536845,288.23,2670,100,46
|
||||
1791536846,288.88,2670,100,46
|
||||
1791536847,289.12,2670,100,46
|
||||
1791536848,289.02,2670,100,46
|
||||
1791536849,289.05,2670,100,46
|
||||
1791536850,289.06,2670,100,46
|
||||
1791536851,288.89,2670,100,46
|
||||
1791536852,288.90,2670,100,46
|
||||
1791536853,288.96,2670,100,46
|
||||
1791536854,288.76,2670,100,46
|
||||
1791536855,288.70,2670,100,46
|
||||
1791536856,288.69,2670,100,46
|
||||
1791536857,288.75,2670,100,46
|
||||
1791536858,288.92,2670,100,46
|
||||
1791536859,288.92,2670,100,46
|
||||
1791536860,288.77,2670,100,46
|
||||
1791536862,289.04,2670,100,46
|
||||
1791536863,289.11,2670,100,46
|
||||
1791536864,289.12,2670,100,46
|
||||
1791536865,288.96,2670,100,46
|
||||
|
117
docs/analysis/class-v6/1p5x/x4/pod-s2/smi-02-x4-direct.csv
Normal file
117
docs/analysis/class-v6/1p5x/x4/pod-s2/smi-02-x4-direct.csv
Normal file
|
|
@ -0,0 +1,117 @@
|
|||
1791536885,28.32,210,0,33
|
||||
1791536886,45.95,2520,0,33
|
||||
1791536887,81.58,2520,0,33
|
||||
1791536888,92.40,2520,1,35
|
||||
1791536889,236.97,2685,100,39
|
||||
1791536890,271.90,2685,100,39
|
||||
1791536891,272.15,2685,100,39
|
||||
1791536892,272.65,2685,100,40
|
||||
1791536893,272.92,2685,100,40
|
||||
1791536894,272.83,2685,100,40
|
||||
1791536895,273.21,2685,100,40
|
||||
1791536897,273.50,2685,100,41
|
||||
1791536898,273.73,2685,100,41
|
||||
1791536899,274.07,2685,100,41
|
||||
1791536900,274.05,2685,100,41
|
||||
1791536902,274.03,2685,100,41
|
||||
1791536903,273.95,2685,100,41
|
||||
1791536904,273.79,2685,100,41
|
||||
1791536905,273.93,2685,100,42
|
||||
1791536906,273.85,2685,100,42
|
||||
1791536907,273.32,2685,100,42
|
||||
1791536908,273.64,2685,100,42
|
||||
1791536909,273.77,2685,100,42
|
||||
1791536910,274.04,2685,100,42
|
||||
1791536911,273.89,2685,100,42
|
||||
1791536912,273.93,2685,100,42
|
||||
1791536913,273.90,2685,100,42
|
||||
1791536914,274.49,2685,100,42
|
||||
1791536915,274.20,2685,100,42
|
||||
1791536916,274.49,2685,100,43
|
||||
1791536918,274.60,2685,100,43
|
||||
1791536919,274.71,2685,100,43
|
||||
1791536920,274.73,2685,100,43
|
||||
1791536921,274.92,2685,100,43
|
||||
1791536922,274.90,2685,100,43
|
||||
1791536923,274.51,2685,100,43
|
||||
1791536924,274.92,2685,100,43
|
||||
1791536925,275.17,2685,100,43
|
||||
1791536926,275.02,2685,100,43
|
||||
1791536927,274.99,2685,100,43
|
||||
1791536928,274.83,2685,100,43
|
||||
1791536929,275.14,2685,100,43
|
||||
1791536930,275.21,2685,100,44
|
||||
1791536931,274.90,2685,100,44
|
||||
1791536932,275.20,2685,100,44
|
||||
1791536933,274.90,2685,100,44
|
||||
1791536934,275.14,2685,100,44
|
||||
1791536935,275.32,2685,100,44
|
||||
1791536937,275.12,2685,100,44
|
||||
1791536938,275.21,2685,100,44
|
||||
1791536939,275.60,2685,100,44
|
||||
1791536940,275.48,2685,100,44
|
||||
1791536941,275.73,2685,100,44
|
||||
1791536942,275.49,2685,100,44
|
||||
1791536943,275.42,2685,100,44
|
||||
1791536944,275.24,2670,100,44
|
||||
1791536945,275.29,2670,100,44
|
||||
1791536946,274.87,2670,100,44
|
||||
1791536947,275.12,2670,100,44
|
||||
1791536948,275.17,2670,100,44
|
||||
1791536949,275.04,2670,100,44
|
||||
1791536950,275.22,2670,100,44
|
||||
1791536951,275.48,2670,100,44
|
||||
1791536952,275.39,2670,100,44
|
||||
1791536953,275.36,2670,100,45
|
||||
1791536954,275.43,2670,100,45
|
||||
1791536956,275.14,2670,100,45
|
||||
1791536957,275.07,2670,100,45
|
||||
1791536958,275.15,2670,100,45
|
||||
1791536959,274.97,2670,100,45
|
||||
1791536960,274.90,2670,100,45
|
||||
1791536961,275.13,2670,100,45
|
||||
1791536962,275.48,2670,100,45
|
||||
1791536963,275.73,2670,100,45
|
||||
1791536964,275.68,2670,100,45
|
||||
1791536965,275.81,2670,100,45
|
||||
1791536966,275.70,2670,100,45
|
||||
1791536967,276.07,2670,100,45
|
||||
1791536968,276.11,2670,100,45
|
||||
1791536969,275.77,2670,100,45
|
||||
1791536970,275.46,2670,100,45
|
||||
1791536971,276.10,2670,100,45
|
||||
1791536972,275.91,2670,100,45
|
||||
1791536974,275.78,2670,100,45
|
||||
1791536975,275.83,2670,100,45
|
||||
1791536976,276.08,2670,100,45
|
||||
1791536977,275.75,2670,100,45
|
||||
1791536978,275.88,2670,100,45
|
||||
1791536979,276.15,2670,100,45
|
||||
1791536980,276.06,2670,100,45
|
||||
1791536981,276.06,2670,100,45
|
||||
1791536982,276.08,2670,100,45
|
||||
1791536983,275.98,2670,100,45
|
||||
1791536984,275.48,2670,99,45
|
||||
1791536985,275.74,2670,100,45
|
||||
1791536986,276.10,2670,100,45
|
||||
1791536987,275.86,2670,100,45
|
||||
1791536988,275.90,2670,100,45
|
||||
1791536989,275.91,2670,100,45
|
||||
1791536990,275.75,2670,100,45
|
||||
1791536991,275.67,2670,100,45
|
||||
1791536993,275.41,2670,100,45
|
||||
1791536994,275.77,2670,100,45
|
||||
1791536995,275.87,2670,100,45
|
||||
1791536996,275.66,2670,100,45
|
||||
1791536997,275.86,2670,100,45
|
||||
1791536998,275.86,2670,100,45
|
||||
1791536999,275.53,2670,100,46
|
||||
1791537000,275.66,2670,100,46
|
||||
1791537001,276.23,2670,100,46
|
||||
1791537002,276.32,2670,100,46
|
||||
1791537003,276.15,2670,100,46
|
||||
1791537004,276.25,2670,100,46
|
||||
1791537005,276.30,2670,100,46
|
||||
1791537006,276.02,2670,100,46
|
||||
1791537007,276.08,2670,100,46
|
||||
1791537008,276.01,2670,100,46
|
||||
|
117
docs/analysis/class-v6/1p5x/x4/pod-s2/smi-03-x4-generated.csv
Normal file
117
docs/analysis/class-v6/1p5x/x4/pod-s2/smi-03-x4-generated.csv
Normal file
|
|
@ -0,0 +1,117 @@
|
|||
1791537029,27.66,210,0,33
|
||||
1791537030,49.07,2520,0,33
|
||||
1791537031,85.97,2520,5,34
|
||||
1791537032,81.32,2520,0,33
|
||||
1791537033,203.31,2685,100,39
|
||||
1791537034,272.00,2685,100,39
|
||||
1791537035,272.31,2685,100,40
|
||||
1791537036,272.09,2685,100,40
|
||||
1791537037,272.53,2685,100,40
|
||||
1791537038,272.13,2685,100,40
|
||||
1791537039,272.68,2685,100,41
|
||||
1791537040,272.79,2685,100,41
|
||||
1791537041,272.94,2685,100,41
|
||||
1791537042,273.07,2685,100,41
|
||||
1791537043,273.10,2685,100,41
|
||||
1791537045,273.07,2685,100,41
|
||||
1791537046,273.30,2685,100,42
|
||||
1791537047,273.49,2685,100,42
|
||||
1791537048,273.49,2685,100,42
|
||||
1791537049,273.74,2685,100,42
|
||||
1791537050,273.77,2685,99,42
|
||||
1791537051,273.86,2685,100,42
|
||||
1791537052,273.77,2685,100,42
|
||||
1791537053,273.90,2685,100,42
|
||||
1791537054,274.03,2685,100,42
|
||||
1791537055,273.97,2685,100,43
|
||||
1791537056,274.10,2685,100,43
|
||||
1791537057,273.77,2685,100,43
|
||||
1791537058,273.93,2685,100,43
|
||||
1791537059,274.38,2685,100,43
|
||||
1791537060,274.26,2685,100,43
|
||||
1791537061,274.35,2685,100,43
|
||||
1791537062,274.69,2685,100,43
|
||||
1791537064,274.33,2685,100,43
|
||||
1791537065,274.71,2685,100,43
|
||||
1791537066,275.16,2685,100,43
|
||||
1791537067,275.14,2685,100,43
|
||||
1791537068,275.09,2685,100,43
|
||||
1791537069,274.91,2685,100,44
|
||||
1791537070,275.14,2685,100,44
|
||||
1791537071,274.98,2685,100,44
|
||||
1791537072,275.21,2685,100,44
|
||||
1791537073,275.32,2685,100,44
|
||||
1791537074,275.83,2685,100,44
|
||||
1791537075,275.63,2685,100,44
|
||||
1791537076,275.89,2685,100,44
|
||||
1791537077,275.54,2685,100,44
|
||||
1791537078,275.65,2670,100,44
|
||||
1791537079,275.15,2670,100,44
|
||||
1791537081,275.23,2670,100,44
|
||||
1791537082,275.42,2670,100,44
|
||||
1791537083,275.24,2670,100,44
|
||||
1791537084,274.85,2670,100,44
|
||||
1791537085,274.88,2670,100,44
|
||||
1791537086,274.88,2670,100,44
|
||||
1791537087,275.05,2670,100,44
|
||||
1791537088,275.16,2670,100,44
|
||||
1791537089,275.00,2670,100,44
|
||||
1791537090,275.00,2670,100,45
|
||||
1791537091,275.17,2670,100,45
|
||||
1791537092,274.95,2670,100,45
|
||||
1791537093,274.98,2670,100,45
|
||||
1791537094,275.10,2670,100,45
|
||||
1791537095,274.61,2670,100,45
|
||||
1791537096,274.99,2670,100,45
|
||||
1791537097,275.37,2670,100,45
|
||||
1791537099,275.49,2670,100,45
|
||||
1791537100,275.48,2670,100,45
|
||||
1791537101,275.46,2670,100,45
|
||||
1791537102,275.20,2670,100,45
|
||||
1791537103,275.04,2670,100,45
|
||||
1791537104,275.05,2670,100,45
|
||||
1791537105,274.96,2670,100,45
|
||||
1791537106,275.33,2670,100,45
|
||||
1791537107,275.64,2670,100,45
|
||||
1791537108,275.24,2670,100,45
|
||||
1791537109,275.51,2670,100,45
|
||||
1791537110,275.32,2670,100,45
|
||||
1791537111,275.23,2670,100,45
|
||||
1791537112,275.09,2670,100,45
|
||||
1791537113,274.94,2670,100,45
|
||||
1791537114,275.56,2670,100,45
|
||||
1791537116,275.22,2670,100,45
|
||||
1791537117,275.43,2670,100,45
|
||||
1791537118,275.17,2670,100,45
|
||||
1791537119,275.43,2670,100,45
|
||||
1791537120,275.65,2670,100,45
|
||||
1791537121,275.96,2670,100,45
|
||||
1791537122,276.02,2670,100,45
|
||||
1791537123,276.05,2670,100,45
|
||||
1791537124,276.19,2670,100,45
|
||||
1791537125,276.01,2670,100,45
|
||||
1791537126,275.80,2670,100,45
|
||||
1791537127,276.15,2670,100,45
|
||||
1791537128,275.88,2670,100,45
|
||||
1791537129,275.86,2670,100,46
|
||||
1791537130,275.82,2670,100,46
|
||||
1791537131,276.18,2670,100,46
|
||||
1791537133,276.09,2670,100,46
|
||||
1791537134,276.21,2670,100,46
|
||||
1791537135,276.31,2670,100,46
|
||||
1791537136,275.97,2670,100,46
|
||||
1791537137,276.20,2670,100,46
|
||||
1791537138,276.17,2670,100,46
|
||||
1791537139,276.55,2670,100,46
|
||||
1791537140,276.47,2670,100,46
|
||||
1791537141,276.25,2670,100,46
|
||||
1791537142,276.45,2670,100,46
|
||||
1791537143,276.54,2670,100,46
|
||||
1791537144,276.25,2670,100,46
|
||||
1791537145,276.14,2670,100,46
|
||||
1791537146,275.65,2670,100,46
|
||||
1791537147,275.82,2670,100,46
|
||||
1791537148,275.87,2670,100,46
|
||||
1791537150,275.84,2670,99,46
|
||||
1791537151,275.64,2670,100,46
|
||||
1791537152,275.50,2670,100,46
|
||||
|
118
docs/analysis/class-v6/1p5x/x4/pod-s2/smi-04-x4-prefix.csv
Normal file
118
docs/analysis/class-v6/1p5x/x4/pod-s2/smi-04-x4-prefix.csv
Normal file
|
|
@ -0,0 +1,118 @@
|
|||
1791537172,27.55,210,0,33
|
||||
1791537173,49.83,2520,0,34
|
||||
1791537174,85.09,2520,71,34
|
||||
1791537175,86.21,2520,0,33
|
||||
1791537176,176.96,2685,100,38
|
||||
1791537177,273.90,2685,100,40
|
||||
1791537178,274.80,2685,100,40
|
||||
1791537180,275.31,2685,100,40
|
||||
1791537181,251.76,2685,100,40
|
||||
1791537182,275.78,2685,100,41
|
||||
1791537183,275.75,2685,100,41
|
||||
1791537184,275.88,2685,100,41
|
||||
1791537185,276.04,2685,100,41
|
||||
1791537186,276.14,2685,100,41
|
||||
1791537187,276.04,2685,100,41
|
||||
1791537188,276.39,2685,100,42
|
||||
1791537189,276.51,2685,100,42
|
||||
1791537190,276.10,2685,100,42
|
||||
1791537191,276.01,2685,100,42
|
||||
1791537192,276.19,2685,100,42
|
||||
1791537193,276.18,2685,100,42
|
||||
1791537194,276.23,2685,100,42
|
||||
1791537195,275.99,2685,100,42
|
||||
1791537196,275.65,2685,100,43
|
||||
1791537197,276.30,2685,100,43
|
||||
1791537199,276.45,2685,100,43
|
||||
1791537200,276.75,2685,100,43
|
||||
1791537201,276.50,2685,100,43
|
||||
1791537202,276.57,2685,100,43
|
||||
1791537203,276.60,2685,100,43
|
||||
1791537204,276.50,2685,100,43
|
||||
1791537205,276.72,2685,100,43
|
||||
1791537206,276.79,2685,100,43
|
||||
1791537207,276.95,2685,100,43
|
||||
1791537208,276.75,2685,100,43
|
||||
1791537209,276.63,2685,100,44
|
||||
1791537210,276.71,2685,100,44
|
||||
1791537211,276.93,2685,100,44
|
||||
1791537212,276.96,2685,100,44
|
||||
1791537213,277.20,2685,100,44
|
||||
1791537214,277.07,2685,100,44
|
||||
1791537215,277.02,2670,100,44
|
||||
1791537216,277.23,2670,100,44
|
||||
1791537217,276.90,2670,100,44
|
||||
1791537218,277.42,2670,100,44
|
||||
1791537220,277.38,2670,100,44
|
||||
1791537221,277.29,2670,100,44
|
||||
1791537222,277.39,2670,100,44
|
||||
1791537223,277.32,2670,100,44
|
||||
1791537224,277.05,2670,100,44
|
||||
1791537225,276.94,2670,100,44
|
||||
1791537226,277.20,2670,100,45
|
||||
1791537227,277.11,2670,100,45
|
||||
1791537228,277.12,2670,100,45
|
||||
1791537229,277.30,2670,100,45
|
||||
1791537230,277.46,2670,100,45
|
||||
1791537231,277.33,2670,100,45
|
||||
1791537232,277.62,2670,100,45
|
||||
1791537233,277.38,2670,100,45
|
||||
1791537234,277.40,2670,100,45
|
||||
1791537235,277.39,2670,100,45
|
||||
1791537236,277.69,2670,100,45
|
||||
1791537238,277.74,2670,100,45
|
||||
1791537239,277.82,2670,100,45
|
||||
1791537240,277.68,2670,100,45
|
||||
1791537241,277.54,2670,100,45
|
||||
1791537242,277.77,2670,100,45
|
||||
1791537243,277.42,2670,100,45
|
||||
1791537244,277.49,2670,100,45
|
||||
1791537245,277.50,2670,100,45
|
||||
1791537246,277.93,2670,100,45
|
||||
1791537247,277.96,2670,100,45
|
||||
1791537248,277.77,2670,100,45
|
||||
1791537249,277.73,2670,100,45
|
||||
1791537250,278.01,2670,100,45
|
||||
1791537251,278.07,2670,100,45
|
||||
1791537252,277.63,2670,100,45
|
||||
1791537253,277.54,2670,100,45
|
||||
1791537254,277.78,2670,100,45
|
||||
1791537255,277.58,2670,100,45
|
||||
1791537257,277.66,2670,100,45
|
||||
1791537258,277.74,2670,100,46
|
||||
1791537259,277.60,2670,100,46
|
||||
1791537260,277.61,2670,100,46
|
||||
1791537261,277.58,2670,100,46
|
||||
1791537262,277.83,2670,100,46
|
||||
1791537263,277.81,2670,100,46
|
||||
1791537264,277.81,2670,100,46
|
||||
1791537265,277.90,2670,100,46
|
||||
1791537266,278.02,2670,100,46
|
||||
1791537267,278.03,2670,100,46
|
||||
1791537268,277.99,2670,100,46
|
||||
1791537269,277.90,2670,100,46
|
||||
1791537270,277.93,2670,100,46
|
||||
1791537271,278.03,2670,100,46
|
||||
1791537272,278.14,2670,100,46
|
||||
1791537273,278.04,2670,100,46
|
||||
1791537275,278.23,2670,100,46
|
||||
1791537276,278.15,2670,100,46
|
||||
1791537277,278.39,2670,100,46
|
||||
1791537278,278.79,2670,100,46
|
||||
1791537279,278.81,2670,100,46
|
||||
1791537280,279.02,2670,100,46
|
||||
1791537281,278.82,2670,100,46
|
||||
1791537282,278.50,2670,100,46
|
||||
1791537283,278.51,2670,100,46
|
||||
1791537284,278.43,2670,100,46
|
||||
1791537285,278.59,2670,100,46
|
||||
1791537286,278.35,2670,100,46
|
||||
1791537287,278.38,2670,100,46
|
||||
1791537288,278.77,2670,100,46
|
||||
1791537289,278.72,2670,100,46
|
||||
1791537290,278.69,2670,100,46
|
||||
1791537292,278.47,2670,100,46
|
||||
1791537293,278.36,2670,100,46
|
||||
1791537294,278.64,2670,100,46
|
||||
1791537295,278.44,2670,100,46
|
||||
1791537296,278.32,2670,100,46
|
||||
|
117
docs/analysis/class-v6/1p5x/x4/pod-s2/smi-05-x4-prefix.csv
Normal file
117
docs/analysis/class-v6/1p5x/x4/pod-s2/smi-05-x4-prefix.csv
Normal file
|
|
@ -0,0 +1,117 @@
|
|||
1791537316,27.58,210,0,33
|
||||
1791537317,39.70,2520,0,34
|
||||
1791537318,86.60,2520,17,34
|
||||
1791537319,80.95,2520,1,34
|
||||
1791537320,205.81,2685,100,39
|
||||
1791537321,274.61,2685,100,40
|
||||
1791537322,274.92,2685,100,40
|
||||
1791537324,275.11,2685,100,40
|
||||
1791537325,275.49,2685,100,41
|
||||
1791537326,275.89,2685,100,41
|
||||
1791537327,275.90,2685,100,41
|
||||
1791537328,275.99,2685,100,41
|
||||
1791537329,276.30,2685,100,41
|
||||
1791537330,276.09,2685,100,41
|
||||
1791537331,276.41,2685,100,42
|
||||
1791537332,276.95,2685,100,42
|
||||
1791537333,276.94,2685,100,42
|
||||
1791537334,276.71,2685,100,42
|
||||
1791537335,276.70,2685,100,42
|
||||
1791537336,276.50,2685,100,42
|
||||
1791537337,276.80,2685,100,42
|
||||
1791537338,276.93,2685,100,42
|
||||
1791537339,276.93,2685,100,43
|
||||
1791537340,276.72,2685,100,43
|
||||
1791537341,276.92,2685,100,43
|
||||
1791537343,277.05,2685,100,43
|
||||
1791537344,277.20,2685,100,43
|
||||
1791537345,277.20,2685,100,43
|
||||
1791537346,277.04,2685,100,43
|
||||
1791537347,276.66,2685,100,43
|
||||
1791537348,277.09,2685,100,43
|
||||
1791537349,277.14,2685,100,43
|
||||
1791537350,276.90,2685,100,43
|
||||
1791537351,277.09,2685,100,43
|
||||
1791537352,277.24,2685,100,44
|
||||
1791537353,277.51,2685,100,44
|
||||
1791537354,277.56,2685,100,44
|
||||
1791537355,277.63,2685,100,44
|
||||
1791537356,277.40,2685,100,44
|
||||
1791537357,277.61,2685,100,44
|
||||
1791537358,277.57,2670,100,44
|
||||
1791537359,277.49,2670,100,44
|
||||
1791537361,277.69,2670,100,44
|
||||
1791537362,277.84,2670,100,44
|
||||
1791537363,277.68,2670,100,44
|
||||
1791537364,277.75,2670,100,44
|
||||
1791537365,277.51,2670,100,44
|
||||
1791537366,277.55,2670,100,44
|
||||
1791537367,278.13,2670,100,44
|
||||
1791537368,278.24,2670,100,44
|
||||
1791537369,278.02,2670,100,44
|
||||
1791537370,277.86,2670,100,44
|
||||
1791537371,277.76,2670,100,45
|
||||
1791537372,277.91,2670,100,45
|
||||
1791537373,277.75,2670,100,45
|
||||
1791537374,277.59,2670,100,45
|
||||
1791537375,277.47,2670,100,45
|
||||
1791537376,277.33,2670,100,45
|
||||
1791537377,277.59,2670,100,45
|
||||
1791537378,277.71,2670,100,45
|
||||
1791537380,277.94,2670,100,45
|
||||
1791537381,277.90,2670,100,45
|
||||
1791537382,278.12,2670,100,45
|
||||
1791537383,277.92,2670,100,45
|
||||
1791537384,277.86,2670,100,45
|
||||
1791537385,278.00,2670,100,45
|
||||
1791537386,278.04,2670,100,45
|
||||
1791537387,277.95,2670,100,45
|
||||
1791537388,277.85,2670,100,45
|
||||
1791537389,277.88,2670,100,45
|
||||
1791537390,277.84,2670,100,45
|
||||
1791537391,278.05,2670,100,45
|
||||
1791537392,278.12,2670,100,45
|
||||
1791537393,277.99,2670,100,45
|
||||
1791537394,277.53,2670,100,45
|
||||
1791537395,277.46,2670,100,45
|
||||
1791537396,277.26,2670,100,45
|
||||
1791537397,278.12,2670,100,45
|
||||
1791537399,277.80,2670,100,45
|
||||
1791537400,278.03,2670,100,45
|
||||
1791537401,278.02,2670,100,45
|
||||
1791537402,278.27,2670,100,45
|
||||
1791537403,278.34,2670,100,45
|
||||
1791537404,278.03,2670,100,45
|
||||
1791537405,277.64,2670,96,45
|
||||
1791537406,277.62,2670,100,45
|
||||
1791537407,278.54,2670,100,45
|
||||
1791537408,277.84,2670,100,45
|
||||
1791537409,278.21,2670,100,46
|
||||
1791537410,277.92,2670,100,46
|
||||
1791537411,277.84,2670,100,46
|
||||
1791537412,278.15,2670,100,46
|
||||
1791537413,278.53,2670,100,46
|
||||
1791537414,278.28,2670,100,46
|
||||
1791537415,278.30,2670,100,46
|
||||
1791537416,278.34,2670,100,46
|
||||
1791537417,278.46,2670,100,46
|
||||
1791537419,278.55,2670,100,46
|
||||
1791537420,278.02,2670,100,46
|
||||
1791537421,278.13,2670,100,46
|
||||
1791537422,278.29,2670,100,46
|
||||
1791537423,278.64,2670,100,46
|
||||
1791537424,278.41,2670,100,46
|
||||
1791537425,278.55,2670,100,46
|
||||
1791537426,278.51,2670,100,46
|
||||
1791537427,278.23,2670,100,46
|
||||
1791537428,278.15,2670,100,46
|
||||
1791537429,278.11,2670,100,46
|
||||
1791537430,277.91,2670,100,46
|
||||
1791537431,278.18,2670,100,46
|
||||
1791537432,278.55,2670,100,46
|
||||
1791537433,278.61,2670,100,46
|
||||
1791537434,278.94,2670,100,46
|
||||
1791537436,278.91,2670,100,46
|
||||
1791537437,278.68,2670,100,46
|
||||
1791537438,278.70,2670,100,46
|
||||
1791537439,278.99,2670,100,46
|
||||
|
117
docs/analysis/class-v6/1p5x/x4/pod-s2/smi-06-x4-generated.csv
Normal file
117
docs/analysis/class-v6/1p5x/x4/pod-s2/smi-06-x4-generated.csv
Normal file
|
|
@ -0,0 +1,117 @@
|
|||
1791537460,27.78,210,0,33
|
||||
1791537461,49.56,2520,0,34
|
||||
1791537462,86.83,2520,43,34
|
||||
1791537463,86.76,2520,0,33
|
||||
1791537464,128.93,2685,100,38
|
||||
1791537465,271.06,2685,100,39
|
||||
1791537466,272.26,2685,100,40
|
||||
1791537467,272.39,2685,100,40
|
||||
1791537468,272.47,2685,100,40
|
||||
1791537469,272.55,2685,100,40
|
||||
1791537470,273.35,2685,100,40
|
||||
1791537472,273.18,2685,100,41
|
||||
1791537473,272.39,2685,100,41
|
||||
1791537474,273.84,2685,100,41
|
||||
1791537475,273.62,2685,99,41
|
||||
1791537476,273.85,2685,100,41
|
||||
1791537477,273.70,2685,100,41
|
||||
1791537478,273.80,2685,100,41
|
||||
1791537479,273.46,2685,100,42
|
||||
1791537480,273.37,2685,100,42
|
||||
1791537481,273.42,2685,100,42
|
||||
1791537482,273.84,2685,100,42
|
||||
1791537483,274.07,2685,100,42
|
||||
1791537484,274.21,2685,100,42
|
||||
1791537485,274.43,2685,100,42
|
||||
1791537486,274.73,2685,100,42
|
||||
1791537487,274.43,2685,100,42
|
||||
1791537488,274.43,2685,100,43
|
||||
1791537489,274.33,2685,100,43
|
||||
1791537490,273.98,2685,100,43
|
||||
1791537492,274.48,2685,100,43
|
||||
1791537493,274.78,2685,100,43
|
||||
1791537494,274.71,2685,100,43
|
||||
1791537495,274.56,2685,100,43
|
||||
1791537496,274.80,2685,100,43
|
||||
1791537497,274.70,2685,100,43
|
||||
1791537498,274.75,2685,100,43
|
||||
1791537499,274.66,2685,100,43
|
||||
1791537500,274.46,2685,100,43
|
||||
1791537501,274.53,2685,100,43
|
||||
1791537502,274.48,2685,100,43
|
||||
1791537503,274.67,2685,100,44
|
||||
1791537504,274.49,2685,100,44
|
||||
1791537505,274.22,2685,100,44
|
||||
1791537506,274.42,2685,100,44
|
||||
1791537507,274.69,2685,100,44
|
||||
1791537509,274.79,2685,100,44
|
||||
1791537510,274.49,2685,100,44
|
||||
1791537511,274.48,2670,100,44
|
||||
1791537512,274.73,2670,100,44
|
||||
1791537513,274.59,2670,100,44
|
||||
1791537514,274.79,2670,100,44
|
||||
1791537515,274.33,2670,100,44
|
||||
1791537516,274.62,2670,100,44
|
||||
1791537517,274.60,2670,100,44
|
||||
1791537518,274.78,2670,100,44
|
||||
1791537519,274.37,2670,97,44
|
||||
1791537520,274.47,2670,100,44
|
||||
1791537521,274.94,2670,100,44
|
||||
1791537522,275.42,2670,100,44
|
||||
1791537523,275.34,2670,100,44
|
||||
1791537524,275.12,2670,100,44
|
||||
1791537525,275.26,2670,100,44
|
||||
1791537526,275.38,2670,100,45
|
||||
1791537528,275.47,2670,100,45
|
||||
1791537529,275.05,2670,100,44
|
||||
1791537530,275.18,2670,100,45
|
||||
1791537531,275.41,2670,100,45
|
||||
1791537532,275.73,2670,100,45
|
||||
1791537533,275.77,2670,100,45
|
||||
1791537534,275.38,2670,100,45
|
||||
1791537535,275.20,2670,100,45
|
||||
1791537536,275.27,2670,100,45
|
||||
1791537537,275.29,2670,100,45
|
||||
1791537538,275.40,2670,100,45
|
||||
1791537539,274.98,2670,100,45
|
||||
1791537540,275.19,2670,100,45
|
||||
1791537541,275.27,2670,100,45
|
||||
1791537542,275.15,2670,100,45
|
||||
1791537543,275.28,2670,100,45
|
||||
1791537545,275.53,2670,100,45
|
||||
1791537546,275.58,2670,100,45
|
||||
1791537547,275.81,2670,100,45
|
||||
1791537548,275.49,2670,100,45
|
||||
1791537549,275.24,2670,100,45
|
||||
1791537550,275.24,2670,100,45
|
||||
1791537551,275.51,2670,100,45
|
||||
1791537552,275.41,2670,100,45
|
||||
1791537553,275.43,2670,100,45
|
||||
1791537554,275.48,2670,100,45
|
||||
1791537555,275.57,2670,100,45
|
||||
1791537556,275.73,2670,100,45
|
||||
1791537557,276.05,2670,100,45
|
||||
1791537558,275.66,2670,100,45
|
||||
1791537559,275.39,2670,100,45
|
||||
1791537560,275.60,2670,100,45
|
||||
1791537562,275.39,2670,100,45
|
||||
1791537563,275.62,2670,100,45
|
||||
1791537564,275.68,2670,100,45
|
||||
1791537565,275.84,2670,100,45
|
||||
1791537566,275.54,2670,100,45
|
||||
1791537567,275.51,2670,100,45
|
||||
1791537568,275.70,2670,100,45
|
||||
1791537569,275.59,2670,100,45
|
||||
1791537570,274.98,2670,100,45
|
||||
1791537571,275.85,2670,100,45
|
||||
1791537572,276.00,2670,100,45
|
||||
1791537573,275.61,2670,100,45
|
||||
1791537574,275.47,2670,100,45
|
||||
1791537575,275.48,2670,100,45
|
||||
1791537576,275.54,2670,100,45
|
||||
1791537577,275.87,2670,100,45
|
||||
1791537579,275.84,2670,100,45
|
||||
1791537580,275.49,2670,100,45
|
||||
1791537581,275.34,2670,100,46
|
||||
1791537582,275.41,2670,100,46
|
||||
1791537583,275.46,2670,100,46
|
||||
|
117
docs/analysis/class-v6/1p5x/x4/pod-s2/smi-07-x4-direct.csv
Normal file
117
docs/analysis/class-v6/1p5x/x4/pod-s2/smi-07-x4-direct.csv
Normal file
|
|
@ -0,0 +1,117 @@
|
|||
1791537604,27.51,210,0,33
|
||||
1791537605,47.95,2520,0,33
|
||||
1791537606,86.03,2520,0,34
|
||||
1791537607,81.64,2520,0,33
|
||||
1791537608,192.44,2685,100,38
|
||||
1791537609,271.61,2685,100,39
|
||||
1791537610,271.80,2685,100,40
|
||||
1791537611,271.72,2685,100,40
|
||||
1791537612,272.13,2685,100,40
|
||||
1791537613,272.34,2685,100,40
|
||||
1791537615,272.41,2685,100,40
|
||||
1791537616,272.02,2685,100,41
|
||||
1791537617,271.95,2685,100,41
|
||||
1791537618,272.37,2685,100,41
|
||||
1791537619,272.10,2685,100,41
|
||||
1791537620,272.14,2685,100,41
|
||||
1791537621,272.49,2685,100,41
|
||||
1791537622,272.52,2685,100,41
|
||||
1791537623,272.54,2685,100,42
|
||||
1791537624,272.59,2685,100,42
|
||||
1791537625,273.15,2685,100,42
|
||||
1791537626,273.42,2685,100,42
|
||||
1791537627,273.12,2685,100,42
|
||||
1791537628,273.47,2685,100,42
|
||||
1791537629,273.56,2685,100,42
|
||||
1791537630,273.83,2685,100,42
|
||||
1791537632,273.72,2685,100,42
|
||||
1791537633,274.03,2685,100,43
|
||||
1791537634,274.26,2685,100,43
|
||||
1791537635,273.67,2685,100,43
|
||||
1791537636,273.82,2685,100,43
|
||||
1791537637,273.91,2685,100,43
|
||||
1791537638,274.09,2685,100,43
|
||||
1791537639,274.06,2685,100,43
|
||||
1791537640,274.09,2685,100,43
|
||||
1791537641,274.11,2685,100,43
|
||||
1791537642,273.97,2685,100,43
|
||||
1791537643,274.58,2685,100,43
|
||||
1791537644,274.49,2685,100,43
|
||||
1791537645,274.88,2685,100,43
|
||||
1791537646,275.07,2685,100,43
|
||||
1791537647,275.20,2685,100,44
|
||||
1791537649,275.51,2685,100,44
|
||||
1791537650,275.23,2685,100,44
|
||||
1791537651,275.10,2685,100,44
|
||||
1791537652,275.18,2685,100,44
|
||||
1791537653,275.02,2685,100,44
|
||||
1791537654,275.15,2670,100,44
|
||||
1791537655,274.88,2670,100,44
|
||||
1791537656,275.16,2670,100,44
|
||||
1791537657,275.14,2670,100,44
|
||||
1791537658,275.09,2670,100,44
|
||||
1791537659,274.88,2670,100,44
|
||||
1791537660,274.87,2670,100,44
|
||||
1791537661,275.16,2670,100,44
|
||||
1791537662,275.24,2670,100,44
|
||||
1791537663,274.98,2670,100,44
|
||||
1791537664,274.68,2670,100,44
|
||||
1791537666,274.64,2670,100,44
|
||||
1791537667,275.03,2670,100,44
|
||||
1791537668,275.03,2670,100,44
|
||||
1791537669,274.77,2670,100,44
|
||||
1791537670,274.99,2670,100,45
|
||||
1791537671,275.12,2670,100,45
|
||||
1791537672,275.27,2670,100,45
|
||||
1791537673,275.44,2670,100,45
|
||||
1791537674,275.14,2670,100,45
|
||||
1791537675,275.09,2670,100,45
|
||||
1791537676,275.39,2670,100,45
|
||||
1791537677,275.51,2670,100,45
|
||||
1791537678,275.53,2670,100,45
|
||||
1791537679,275.66,2670,100,45
|
||||
1791537680,275.76,2670,100,45
|
||||
1791537681,275.70,2670,100,45
|
||||
1791537682,276.13,2670,100,45
|
||||
1791537684,275.75,2670,100,45
|
||||
1791537685,275.75,2670,100,45
|
||||
1791537686,275.86,2670,100,45
|
||||
1791537687,275.65,2670,100,45
|
||||
1791537688,275.73,2670,100,45
|
||||
1791537689,275.67,2670,100,45
|
||||
1791537690,275.65,2670,100,45
|
||||
1791537691,275.67,2670,100,45
|
||||
1791537692,275.95,2670,100,45
|
||||
1791537693,276.16,2670,100,45
|
||||
1791537694,275.87,2670,100,45
|
||||
1791537695,276.40,2670,100,45
|
||||
1791537696,275.88,2670,100,45
|
||||
1791537697,275.58,2670,100,45
|
||||
1791537698,275.83,2670,100,45
|
||||
1791537699,275.79,2670,100,45
|
||||
1791537701,275.62,2670,100,45
|
||||
1791537702,275.62,2670,100,45
|
||||
1791537703,275.67,2670,100,45
|
||||
1791537704,275.69,2670,100,45
|
||||
1791537705,275.80,2670,100,45
|
||||
1791537706,275.79,2670,100,45
|
||||
1791537707,275.96,2670,100,45
|
||||
1791537708,275.91,2670,100,45
|
||||
1791537709,276.00,2670,100,45
|
||||
1791537710,276.33,2670,100,45
|
||||
1791537711,276.05,2670,100,45
|
||||
1791537712,275.82,2670,100,45
|
||||
1791537713,275.83,2670,100,45
|
||||
1791537714,275.79,2670,100,45
|
||||
1791537715,275.68,2670,100,45
|
||||
1791537716,276.52,2670,100,45
|
||||
1791537717,276.24,2670,100,45
|
||||
1791537719,275.78,2670,100,45
|
||||
1791537720,276.03,2670,100,46
|
||||
1791537721,276.27,2670,100,46
|
||||
1791537722,276.12,2670,100,46
|
||||
1791537723,276.33,2670,100,46
|
||||
1791537724,276.52,2670,100,46
|
||||
1791537725,276.54,2670,100,46
|
||||
1791537726,276.20,2670,100,46
|
||||
1791537727,276.32,2670,100,46
|
||||
|
118
docs/analysis/class-v6/1p5x/x4/pod-s2/smi-08-hl-v6-all.csv
Normal file
118
docs/analysis/class-v6/1p5x/x4/pod-s2/smi-08-hl-v6-all.csv
Normal file
|
|
@ -0,0 +1,118 @@
|
|||
1791537747,27.40,210,0,33
|
||||
1791537749,46.65,2520,0,33
|
||||
1791537750,81.12,2520,0,33
|
||||
1791537751,81.00,2520,0,33
|
||||
1791537752,130.12,2685,100,38
|
||||
1791537753,253.26,2685,100,39
|
||||
1791537754,284.53,2685,100,40
|
||||
1791537755,284.60,2685,100,40
|
||||
1791537756,284.13,2685,100,40
|
||||
1791537757,284.60,2685,100,41
|
||||
1791537758,285.18,2685,100,41
|
||||
1791537759,285.54,2685,100,41
|
||||
1791537760,285.55,2685,100,41
|
||||
1791537761,285.42,2685,100,42
|
||||
1791537762,285.53,2685,100,42
|
||||
1791537763,285.24,2685,100,42
|
||||
1791537764,285.26,2685,100,42
|
||||
1791537765,285.26,2685,100,42
|
||||
1791537767,285.40,2685,100,42
|
||||
1791537768,285.45,2685,100,42
|
||||
1791537769,285.73,2685,100,43
|
||||
1791537770,286.00,2685,100,43
|
||||
1791537771,285.87,2685,100,43
|
||||
1791537772,286.22,2685,100,43
|
||||
1791537773,285.95,2685,100,43
|
||||
1791537774,285.96,2685,100,43
|
||||
1791537775,285.92,2685,100,43
|
||||
1791537776,286.01,2685,100,43
|
||||
1791537777,285.96,2685,100,44
|
||||
1791537778,286.32,2685,100,44
|
||||
1791537779,286.23,2685,100,44
|
||||
1791537780,286.25,2685,100,44
|
||||
1791537781,286.63,2670,100,44
|
||||
1791537782,286.44,2670,100,44
|
||||
1791537783,286.19,2670,100,44
|
||||
1791537785,286.31,2670,100,44
|
||||
1791537786,286.45,2670,100,44
|
||||
1791537787,286.55,2670,100,44
|
||||
1791537788,286.82,2670,100,44
|
||||
1791537789,286.51,2670,100,44
|
||||
1791537790,286.82,2670,100,44
|
||||
1791537791,286.42,2670,100,45
|
||||
1791537792,286.90,2670,100,45
|
||||
1791537793,286.84,2670,100,45
|
||||
1791537794,286.63,2670,100,45
|
||||
1791537795,286.54,2670,100,45
|
||||
1791537796,286.65,2670,100,45
|
||||
1791537797,286.94,2670,100,45
|
||||
1791537798,287.28,2670,100,45
|
||||
1791537799,287.34,2670,100,45
|
||||
1791537800,287.54,2670,100,45
|
||||
1791537801,287.22,2670,100,45
|
||||
1791537802,287.30,2670,100,45
|
||||
1791537804,287.25,2670,100,45
|
||||
1791537805,287.18,2670,100,45
|
||||
1791537806,287.52,2670,100,45
|
||||
1791537807,287.50,2670,100,45
|
||||
1791537808,287.69,2670,100,45
|
||||
1791537809,287.54,2670,100,45
|
||||
1791537810,287.32,2670,100,46
|
||||
1791537811,287.32,2670,100,46
|
||||
1791537812,287.42,2670,100,46
|
||||
1791537813,287.60,2670,100,46
|
||||
1791537814,287.20,2670,100,46
|
||||
1791537815,287.45,2670,100,46
|
||||
1791537816,287.47,2670,100,46
|
||||
1791537817,287.26,2670,100,46
|
||||
1791537818,287.34,2670,100,46
|
||||
1791537819,287.37,2670,100,46
|
||||
1791537820,287.47,2670,100,46
|
||||
1791537822,287.50,2670,100,46
|
||||
1791537823,287.43,2670,100,46
|
||||
1791537824,287.26,2670,100,46
|
||||
1791537825,287.65,2670,100,46
|
||||
1791537826,287.80,2670,100,46
|
||||
1791537827,287.65,2670,100,46
|
||||
1791537828,287.52,2670,100,46
|
||||
1791537829,287.68,2670,100,46
|
||||
1791537830,287.58,2670,100,46
|
||||
1791537831,287.68,2670,100,46
|
||||
1791537832,287.86,2670,100,46
|
||||
1791537833,287.38,2670,100,46
|
||||
1791537834,287.53,2670,100,46
|
||||
1791537835,287.71,2670,100,46
|
||||
1791537836,287.42,2670,100,46
|
||||
1791537837,287.53,2670,100,46
|
||||
1791537838,287.72,2670,100,46
|
||||
1791537840,287.56,2670,100,46
|
||||
1791537841,287.89,2670,100,46
|
||||
1791537842,287.81,2670,100,46
|
||||
1791537843,287.87,2670,100,46
|
||||
1791537844,287.82,2670,100,46
|
||||
1791537845,287.81,2670,100,46
|
||||
1791537846,287.95,2670,100,46
|
||||
1791537847,288.20,2670,100,46
|
||||
1791537848,288.24,2670,100,46
|
||||
1791537849,288.27,2670,100,46
|
||||
1791537850,288.44,2670,100,46
|
||||
1791537851,288.34,2670,100,46
|
||||
1791537852,288.13,2670,100,47
|
||||
1791537853,288.21,2670,100,47
|
||||
1791537854,288.27,2670,100,47
|
||||
1791537855,287.92,2670,100,47
|
||||
1791537856,288.00,2670,100,47
|
||||
1791537857,287.95,2670,100,47
|
||||
1791537859,287.98,2670,100,47
|
||||
1791537860,287.47,2670,100,46
|
||||
1791537861,287.57,2670,100,47
|
||||
1791537862,288.09,2670,100,47
|
||||
1791537863,288.23,2670,100,47
|
||||
1791537864,288.52,2670,100,47
|
||||
1791537865,288.55,2670,100,47
|
||||
1791537866,288.64,2670,100,47
|
||||
1791537867,288.74,2670,100,47
|
||||
1791537868,288.98,2670,100,47
|
||||
1791537869,288.61,2670,100,47
|
||||
1791537870,288.70,2670,100,47
|
||||
1791537871,288.71,2670,100,47
|
||||
|
|
|
@ -0,0 +1,24 @@
|
|||
{
|
||||
"run_id": "1p5x-x4-20261009",
|
||||
"manifest_sha": "1a938abe4 (the frozen control); the forms on 1p5x-x4 b51d8c04b",
|
||||
"evidence_dir": "docs/analysis/class-v6/1p5x/x4/README.md",
|
||||
"boxes": [
|
||||
"build-9",
|
||||
"runpod:fk-x4-4090"
|
||||
],
|
||||
"cells": [
|
||||
{
|
||||
"cell": "rows:1p5x-x4",
|
||||
"status": "NOT RUN",
|
||||
"evidence": "docs/analysis/class-v6/1p5x/x4/README.md",
|
||||
"note": "X4 of the 1.5x programme: three byte-identical reg64c address-mix forms (direct, generated, prefix). Equivalence measured: CPU differential EQUIVALENT (rows/VERDICT; the known-failed form refused first) and GPU self-test plus fingerprint e8f4f3289c6ee1fc on all forms. GPU pairs: RTX 4090 at stock only, g 0.959 to 0.969 at equal rate, with an occupancy confound. Chip rows modelled: 10 to 52 nJ per hash for the cheapest form. Arithmetic from 2.0x: r_new 1.86 to 1.99. No pass claimed. NOT RUN by the brief's rule (rows stay NOT RUN until the steward's X6). The knee, the 5090 and the occupancy control are BLOCKED or NOT RUN (README section 6). Island: the 4090 rows are on an island, not a network."
|
||||
}
|
||||
],
|
||||
"method": "GPU",
|
||||
"release_identity": {
|
||||
"commit": "b51d8c04b (branch 1p5x-x4 off master a7f81d9a9)",
|
||||
"binary": "igneum-pow ccb1bf0efebce4bb (build-9 release build of b51d8c04b); igneum-worker-cuda-gen6 804a6f7fea10a62e",
|
||||
"network_object": "none (packs exported from the frozen object, program id 0x4de7b836cc40a4ea; no network)",
|
||||
"activation": "none"
|
||||
}
|
||||
}
|
||||
3
docs/analysis/class-v6/1p5x/x4/rows/VERDICT
Normal file
3
docs/analysis/class-v6/1p5x/x4/rows/VERDICT
Normal file
|
|
@ -0,0 +1,3 @@
|
|||
tally {('direct', 'AGREE'): 44, ('fold', 'AGREE'): 12, ('generated', 'AGREE'): 44, ('prefix', 'AGREE'): 44, ('wrong', 'DISAGREE'): 40, ('wrong', 'AGREE'): 4}
|
||||
known-failed refused on every reg64c window and seed: True
|
||||
VERDICT EQUIVALENT mismatches 0
|
||||
12
docs/analysis/class-v6/1p5x/x4/rows/arith.txt
Normal file
12
docs/analysis/class-v6/1p5x/x4/rows/arith.txt
Normal file
|
|
@ -0,0 +1,12 @@
|
|||
form g a vs fold (slot, datapath) a vs model (slot, datapath) r_new at r0 2.0, same form both sides (vs fold slot, dp; vs model slot, dp)
|
||||
direct 0.9606 0.9990, 0.9998 1.0726, 1.0150 1.923, 1.922, 1.791, 1.893
|
||||
generated 0.9590 0.9668, 0.9925 1.0381, 1.0075 1.984, 1.933, 1.848, 1.904
|
||||
prefix 0.9693 1.4508, 1.1004 1.5578, 1.1171 1.336, 1.762, 1.244, 1.735
|
||||
grouped incremental 1.0000 (no GPU text) 0.9629, 0.9914 1.0339, 1.0065 2.077, 2.017, 1.934, 1.987
|
||||
|
||||
best pair: the card on 'generated' (g 0.9590), the specialist on 'grouped incremental'
|
||||
r0 2.0: vs fold slot: a 0.9629 r_new 1.992; vs fold datapath: a 0.9914 r_new 1.935; vs model slot: a 1.0339 r_new 1.855; vs model datapath: a 1.0065 r_new 1.906
|
||||
r0 1.9: vs fold slot: a 0.9629 r_new 1.892; vs fold datapath: a 0.9914 r_new 1.838; vs model slot: a 1.0339 r_new 1.762; vs model datapath: a 1.0065 r_new 1.810
|
||||
r0 2.1: vs fold slot: a 0.9629 r_new 2.092; vs fold datapath: a 0.9914 r_new 2.031; vs model slot: a 1.0339 r_new 1.948; vs model datapath: a 1.0065 r_new 2.001
|
||||
|
||||
the yardstick: from 2.0, 1.5 needs g / a = 0.75
|
||||
19
docs/analysis/class-v6/1p5x/x4/rows/chip-rows.txt
Normal file
19
docs/analysis/class-v6/1p5x/x4/rows/chip-rows.txt
Normal file
|
|
@ -0,0 +1,19 @@
|
|||
# loads per hash executed 256 (32 per iteration x 8); base writes per iteration 128 (112 to r8..r63); shadow writes per pass 256, all in r0..r7
|
||||
form mix ops X extra reads A flop bits F state bits per lane slot nJ (lo c hi) datapath nJ (lo c hi) state ports
|
||||
fold (frozen) 16128 16128 0 0 101.0 112.7 139.4 20.2 23.2 30.2 the 64 x 32-bit window only 63 window reads per load
|
||||
direct 15872 16128 0 0 99.4 111.0 137.4 19.9 22.9 30.0 the window only 63 window reads per load (a tree: depth 6, same reads)
|
||||
generated (GPU text: recompute at load) 8400 5792 20224 256 52.5 58.2 70.9 10.5 11.5 14.1 +8 x 32-bit group sums per lane (32 B, flops) group recomputes read 8 registers each; the in-group partial reads up to 7
|
||||
prefix (F05 text: running S on every write) 121320 8160 1802240 32 785.2 852.3 1003.9 177.4 179.0 182.5 +1 x 32-bit running total per lane (flops) the old value of every written register (main and shadow) rotated into S
|
||||
grouped incremental (chip only, by the same identity) 7560 2784 36864 256 47.2 51.8 62.3 9.4 9.9 11.1 +8 x 32-bit group sums per lane (32 B) groups 1..7 move on base writes to r8..r63; group 0 recomputed at each load (8 reads)
|
||||
|
||||
# a = (machine + form) / machine, machine 1.528 microjoules (N5, GDDR7 board, no mix term); per-lane-op delta over the 102,612 shadow+base lane-ops
|
||||
fold (frozen) slot +112.7 nJ a 1.0738 per lane-op +1.098 pJ of the shadow +16.8 percent
|
||||
fold (frozen) dp +23.2 nJ a 1.0152 per lane-op +0.226 pJ of the shadow +3.5 percent
|
||||
direct slot +111.0 nJ a 1.0727 per lane-op +1.082 pJ of the shadow +16.5 percent
|
||||
direct dp +22.9 nJ a 1.0150 per lane-op +0.223 pJ of the shadow +3.4 percent
|
||||
generated (GPU text: recompute at load) slot +58.2 nJ a 1.0381 per lane-op +0.567 pJ of the shadow +8.7 percent
|
||||
generated (GPU text: recompute at load) dp +11.5 nJ a 1.0076 per lane-op +0.112 pJ of the shadow +1.7 percent
|
||||
prefix (F05 text: running S on every write) slot +852.3 nJ a 1.5578 per lane-op +8.306 pJ of the shadow +126.8 percent
|
||||
prefix (F05 text: running S on every write) dp +179.0 nJ a 1.1171 per lane-op +1.744 pJ of the shadow +26.6 percent
|
||||
grouped incremental (chip only, by the same identity) slot +51.8 nJ a 1.0339 per lane-op +0.505 pJ of the shadow +7.7 percent
|
||||
grouped incremental (chip only, by the same identity) dp +9.9 nJ a 1.0065 per lane-op +0.096 pJ of the shadow +1.5 percent
|
||||
15
docs/analysis/class-v6/1p5x/x4/rows/gpu-rows-s2.txt
Normal file
15
docs/analysis/class-v6/1p5x/x4/rows/gpu-rows-s2.txt
Normal file
|
|
@ -0,0 +1,15 @@
|
|||
run pack MH/s W nJ per hash sm MHz util samples regs blocks/SM fingerprint check
|
||||
01-hl-v6-all hl-v6-all 35.081 286.7 8172 2678 100 110 93 20 e8f4f3289c6ee1fc PASS
|
||||
02-x4-direct x4-direct 35.022 275.2 7857 2676 100 109 182 8 e8f4f3289c6ee1fc PASS
|
||||
03-x4-generated x4-generated 35.055 275.1 7847 2675 100 109 142 12 e8f4f3289c6ee1fc PASS
|
||||
04-x4-prefix x4-prefix 34.971 277.2 7926 2675 100 111 154 12 e8f4f3289c6ee1fc PASS
|
||||
05-x4-prefix x4-prefix 35.050 277.7 7922 2674 100 110 154 12 e8f4f3289c6ee1fc PASS
|
||||
06-x4-generated x4-generated 35.053 274.9 7842 2676 100 109 142 12 e8f4f3289c6ee1fc PASS
|
||||
07-x4-direct x4-direct 35.022 274.9 7850 2675 100 109 182 8 e8f4f3289c6ee1fc PASS
|
||||
08-hl-v6-all hl-v6-all 35.081 287.1 8184 2673 100 111 93 20 e8f4f3289c6ee1fc PASS
|
||||
|
||||
pair form pass 1 rate % pass 1 J/hash % pass 2 rate % pass 2 J/hash % mean rate % mean J/hash % g (J/hash ratio)
|
||||
A/A hl-v6-all run 8 vs run 1 +0.00 +0.15
|
||||
pair x4-direct -0.17 -3.85 -0.17 -4.08 -0.17 -3.97 0.9603
|
||||
pair x4-generated -0.07 -3.98 -0.08 -4.18 -0.08 -4.08 0.9592
|
||||
pair x4-prefix -0.31 -3.01 -0.09 -3.21 -0.20 -3.11 0.9689
|
||||
15
docs/analysis/class-v6/1p5x/x4/rows/gpu-rows.txt
Normal file
15
docs/analysis/class-v6/1p5x/x4/rows/gpu-rows.txt
Normal file
|
|
@ -0,0 +1,15 @@
|
|||
run pack MH/s W nJ per hash sm MHz util samples regs blocks/SM fingerprint check
|
||||
01-hl-v6-all hl-v6-all 35.080 285.4 8134 2679 100 111 93 20 e8f4f3289c6ee1fc PASS
|
||||
02-x4-direct x4-direct 35.021 274.5 7839 2681 100 109 182 8 e8f4f3289c6ee1fc PASS
|
||||
03-x4-generated x4-generated 35.053 274.2 7824 2680 100 110 142 12 e8f4f3289c6ee1fc PASS
|
||||
04-x4-prefix x4-prefix 35.056 277.1 7905 2680 100 109 154 12 e8f4f3289c6ee1fc PASS
|
||||
05-x4-prefix x4-prefix 35.053 277.8 7926 2679 100 110 154 12 e8f4f3289c6ee1fc PASS
|
||||
06-x4-generated x4-generated 35.056 274.8 7840 2678 100 109 142 12 e8f4f3289c6ee1fc PASS
|
||||
07-x4-direct x4-direct 35.020 274.9 7851 2677 100 111 182 8 e8f4f3289c6ee1fc PASS
|
||||
08-hl-v6-all hl-v6-all 35.054 287.4 8199 2674 100 110 93 20 e8f4f3289c6ee1fc PASS
|
||||
|
||||
pair form pass 1 rate % pass 1 J/hash % pass 2 rate % pass 2 J/hash % mean rate % mean J/hash % g (J/hash ratio)
|
||||
A/A hl-v6-all run 8 vs run 1 -0.07 +0.80
|
||||
pair x4-direct -0.17 -3.63 -0.10 -4.25 -0.13 -3.94 0.9606
|
||||
pair x4-generated -0.08 -3.82 +0.01 -4.38 -0.04 -4.10 0.9590
|
||||
pair x4-prefix -0.07 -2.82 -0.00 -3.33 -0.04 -3.07 0.9693
|
||||
15
docs/analysis/class-v6/1p5x/x4/rows/suite-b51d8c04b.txt
Normal file
15
docs/analysis/class-v6/1p5x/x4/rows/suite-b51d8c04b.txt
Normal file
|
|
@ -0,0 +1,15 @@
|
|||
test reg64form::tests::x4_forms_equal_the_fold_and_the_wrong_form_is_refused ... ok
|
||||
test result: ok. 76 passed; 0 failed; 6 ignored; 0 measured; 0 filtered out; finished in 140.72s
|
||||
test result: ok. 0 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.00s
|
||||
test result: ok. 2 passed; 0 failed; 1 ignored; 0 measured; 0 filtered out; finished in 0.01s
|
||||
test result: ok. 7 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 1.42s
|
||||
test result: ok. 5 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.99s
|
||||
test result: ok. 3 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.01s
|
||||
test result: ok. 4 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 9.80s
|
||||
test result: ok. 27 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 8.37s
|
||||
test result: ok. 2 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 6.03s
|
||||
test result: ok. 7 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 4.85s
|
||||
test result: ok. 3 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 7.01s
|
||||
test result: ok. 12 passed; 0 failed; 1 ignored; 0 measured; 0 filtered out; finished in 20.99s
|
||||
test result: ok. 0 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.00s
|
||||
EXIT 0
|
||||
188
docs/analysis/class-v6/1p5x/x4/rows/verdicts.txt
Normal file
188
docs/analysis/class-v6/1p5x/x4/rows/verdicts.txt
Normal file
|
|
@ -0,0 +1,188 @@
|
|||
ctx01 direct D@0 AGREE
|
||||
ctx01 direct D1@1572864 AGREE
|
||||
ctx01 direct D1@3141632 AGREE
|
||||
ctx01 direct D@1568768 AGREE
|
||||
ctx01 fold D@0 AGREE
|
||||
ctx01 fold D1@1572864 AGREE
|
||||
ctx01 fold D1@3141632 AGREE
|
||||
ctx01 fold D@1568768 AGREE
|
||||
ctx01 generated D@0 AGREE
|
||||
ctx01 generated D1@1572864 AGREE
|
||||
ctx01 generated D1@3141632 AGREE
|
||||
ctx01 generated D@1568768 AGREE
|
||||
ctx01 prefix D@0 AGREE
|
||||
ctx01 prefix D1@1572864 AGREE
|
||||
ctx01 prefix D1@3141632 AGREE
|
||||
ctx01 prefix D@1568768 AGREE
|
||||
ctx01 wrong D@0 DISAGREE
|
||||
ctx01 wrong D1@1572864 DISAGREE
|
||||
ctx01 wrong D1@3141632 DISAGREE
|
||||
ctx01 wrong D@1568768 DISAGREE
|
||||
ctx02 direct D@0 AGREE
|
||||
ctx02 direct D1@1572864 AGREE
|
||||
ctx02 direct D1@3141632 AGREE
|
||||
ctx02 direct D@1568768 AGREE
|
||||
ctx02 fold D@0 AGREE
|
||||
ctx02 fold D1@1572864 AGREE
|
||||
ctx02 fold D1@3141632 AGREE
|
||||
ctx02 fold D@1568768 AGREE
|
||||
ctx02 generated D@0 AGREE
|
||||
ctx02 generated D1@1572864 AGREE
|
||||
ctx02 generated D1@3141632 AGREE
|
||||
ctx02 generated D@1568768 AGREE
|
||||
ctx02 prefix D@0 AGREE
|
||||
ctx02 prefix D1@1572864 AGREE
|
||||
ctx02 prefix D1@3141632 AGREE
|
||||
ctx02 prefix D@1568768 AGREE
|
||||
ctx02 wrong D@0 DISAGREE
|
||||
ctx02 wrong D1@1572864 DISAGREE
|
||||
ctx02 wrong D1@3141632 DISAGREE
|
||||
ctx02 wrong D@1568768 DISAGREE
|
||||
ctx03 direct D@0 AGREE
|
||||
ctx03 direct D1@1572864 AGREE
|
||||
ctx03 direct D1@3141632 AGREE
|
||||
ctx03 direct D@1568768 AGREE
|
||||
ctx03 fold D@0 AGREE
|
||||
ctx03 fold D1@1572864 AGREE
|
||||
ctx03 fold D1@3141632 AGREE
|
||||
ctx03 fold D@1568768 AGREE
|
||||
ctx03 generated D@0 AGREE
|
||||
ctx03 generated D1@1572864 AGREE
|
||||
ctx03 generated D1@3141632 AGREE
|
||||
ctx03 generated D@1568768 AGREE
|
||||
ctx03 prefix D@0 AGREE
|
||||
ctx03 prefix D1@1572864 AGREE
|
||||
ctx03 prefix D1@3141632 AGREE
|
||||
ctx03 prefix D@1568768 AGREE
|
||||
ctx03 wrong D@0 AGREE
|
||||
ctx03 wrong D1@1572864 AGREE
|
||||
ctx03 wrong D1@3141632 AGREE
|
||||
ctx03 wrong D@1568768 AGREE
|
||||
fuzz0 direct AGREE
|
||||
fuzz0 generated AGREE
|
||||
fuzz0 prefix AGREE
|
||||
fuzz0 wrong DISAGREE
|
||||
fuzz10 direct AGREE
|
||||
fuzz10 generated AGREE
|
||||
fuzz10 prefix AGREE
|
||||
fuzz10 wrong DISAGREE
|
||||
fuzz11 direct AGREE
|
||||
fuzz11 generated AGREE
|
||||
fuzz11 prefix AGREE
|
||||
fuzz11 wrong DISAGREE
|
||||
fuzz12 direct AGREE
|
||||
fuzz12 generated AGREE
|
||||
fuzz12 prefix AGREE
|
||||
fuzz12 wrong DISAGREE
|
||||
fuzz13 direct AGREE
|
||||
fuzz13 generated AGREE
|
||||
fuzz13 prefix AGREE
|
||||
fuzz13 wrong DISAGREE
|
||||
fuzz14 direct AGREE
|
||||
fuzz14 generated AGREE
|
||||
fuzz14 prefix AGREE
|
||||
fuzz14 wrong DISAGREE
|
||||
fuzz15 direct AGREE
|
||||
fuzz15 generated AGREE
|
||||
fuzz15 prefix AGREE
|
||||
fuzz15 wrong DISAGREE
|
||||
fuzz16 direct AGREE
|
||||
fuzz16 generated AGREE
|
||||
fuzz16 prefix AGREE
|
||||
fuzz16 wrong DISAGREE
|
||||
fuzz17 direct AGREE
|
||||
fuzz17 generated AGREE
|
||||
fuzz17 prefix AGREE
|
||||
fuzz17 wrong DISAGREE
|
||||
fuzz18 direct AGREE
|
||||
fuzz18 generated AGREE
|
||||
fuzz18 prefix AGREE
|
||||
fuzz18 wrong DISAGREE
|
||||
fuzz19 direct AGREE
|
||||
fuzz19 generated AGREE
|
||||
fuzz19 prefix AGREE
|
||||
fuzz19 wrong DISAGREE
|
||||
fuzz1 direct AGREE
|
||||
fuzz1 generated AGREE
|
||||
fuzz1 prefix AGREE
|
||||
fuzz1 wrong DISAGREE
|
||||
fuzz20 direct AGREE
|
||||
fuzz20 generated AGREE
|
||||
fuzz20 prefix AGREE
|
||||
fuzz20 wrong DISAGREE
|
||||
fuzz21 direct AGREE
|
||||
fuzz21 generated AGREE
|
||||
fuzz21 prefix AGREE
|
||||
fuzz21 wrong DISAGREE
|
||||
fuzz22 direct AGREE
|
||||
fuzz22 generated AGREE
|
||||
fuzz22 prefix AGREE
|
||||
fuzz22 wrong DISAGREE
|
||||
fuzz23 direct AGREE
|
||||
fuzz23 generated AGREE
|
||||
fuzz23 prefix AGREE
|
||||
fuzz23 wrong DISAGREE
|
||||
fuzz24 direct AGREE
|
||||
fuzz24 generated AGREE
|
||||
fuzz24 prefix AGREE
|
||||
fuzz24 wrong DISAGREE
|
||||
fuzz25 direct AGREE
|
||||
fuzz25 generated AGREE
|
||||
fuzz25 prefix AGREE
|
||||
fuzz25 wrong DISAGREE
|
||||
fuzz26 direct AGREE
|
||||
fuzz26 generated AGREE
|
||||
fuzz26 prefix AGREE
|
||||
fuzz26 wrong DISAGREE
|
||||
fuzz27 direct AGREE
|
||||
fuzz27 generated AGREE
|
||||
fuzz27 prefix AGREE
|
||||
fuzz27 wrong DISAGREE
|
||||
fuzz28 direct AGREE
|
||||
fuzz28 generated AGREE
|
||||
fuzz28 prefix AGREE
|
||||
fuzz28 wrong DISAGREE
|
||||
fuzz29 direct AGREE
|
||||
fuzz29 generated AGREE
|
||||
fuzz29 prefix AGREE
|
||||
fuzz29 wrong DISAGREE
|
||||
fuzz2 direct AGREE
|
||||
fuzz2 generated AGREE
|
||||
fuzz2 prefix AGREE
|
||||
fuzz2 wrong DISAGREE
|
||||
fuzz30 direct AGREE
|
||||
fuzz30 generated AGREE
|
||||
fuzz30 prefix AGREE
|
||||
fuzz30 wrong DISAGREE
|
||||
fuzz31 direct AGREE
|
||||
fuzz31 generated AGREE
|
||||
fuzz31 prefix AGREE
|
||||
fuzz31 wrong DISAGREE
|
||||
fuzz3 direct AGREE
|
||||
fuzz3 generated AGREE
|
||||
fuzz3 prefix AGREE
|
||||
fuzz3 wrong DISAGREE
|
||||
fuzz4 direct AGREE
|
||||
fuzz4 generated AGREE
|
||||
fuzz4 prefix AGREE
|
||||
fuzz4 wrong DISAGREE
|
||||
fuzz5 direct AGREE
|
||||
fuzz5 generated AGREE
|
||||
fuzz5 prefix AGREE
|
||||
fuzz5 wrong DISAGREE
|
||||
fuzz6 direct AGREE
|
||||
fuzz6 generated AGREE
|
||||
fuzz6 prefix AGREE
|
||||
fuzz6 wrong DISAGREE
|
||||
fuzz7 direct AGREE
|
||||
fuzz7 generated AGREE
|
||||
fuzz7 prefix AGREE
|
||||
fuzz7 wrong DISAGREE
|
||||
fuzz8 direct AGREE
|
||||
fuzz8 generated AGREE
|
||||
fuzz8 prefix AGREE
|
||||
fuzz8 wrong DISAGREE
|
||||
fuzz9 direct AGREE
|
||||
fuzz9 generated AGREE
|
||||
fuzz9 prefix AGREE
|
||||
fuzz9 wrong DISAGREE
|
||||
|
|
@ -15,7 +15,8 @@ registry until the panel reads it; this lane writes no PASS. The status words in
|
|||
| The spec | `docs/spec/01-lottery-hash.md` on master bc6bfa75e: 1.0 (the frozen object), 1.6, 1.10, 1.12, 1.13.3 | the dataset policy digest in full, the epoch, day and era clocks |
|
||||
| The signing pair | `igneum-pow/tests/composition.rs` at class-v6 755c2dbcf | epoch seed af89be5d..., era edc4fa84..., day 20730, program id 0x2a1d6caab4c24564 |
|
||||
| The B1 lane's encoding pins (R15-05, a4490b2dfe9114a55, 10:2x UK) | unkeyed BLAKE2b-256, `lambda = 256`, one ASCII role byte per query kind, u64 LE integers, raw-label leaves, path bit `j` = bit `j - 1` of the leaf index (LSB at the root), no path sharing, the graph from `'G' || graph_seed || u64 v || u64 ctr` by rejection sampling (DRSample from ABH17 Algorithm 1) | adopted here whole; B1 owns the primitive and its fixtures |
|
||||
| Figures | `tools/mhpow/b2/b2_figures.py` (sha256 7b8664ea44b770c9f6af246898aa576f3f0a63e65e7bf50a0b278c5727a1ee8b) | output `figures.txt` (sha256 27bb414c8534a438fdeae98cba2d4b9ece9c21d0487aa872673b0da465d9702a), run on build-9 under `/srv/builds/b2/b2-run.pid`: `python3 tools/mhpow/b2/b2_figures.py > docs/analysis/mhpow/b2/figures.txt` |
|
||||
| The B4 theory lane's answers (a46974623d72b032c) | `docs/analysis/mhpow/b4/requirements.md` (branch mhpow-b4 6d9c14596) and `docs/analysis/mhpow/b4/README.md` section 5b (build/master 80b127484) | the B-T rows of section 4 and the lottery rule of O-17 |
|
||||
| Figures | `tools/mhpow/b2/b2_figures.py` (sha256 742b64d9c2f3f8bad0524c9cdf38ac3aeff0c33bb14e000eb17b278053d79103) | output `figures.txt` (sha256 90e0f3932e2d915b7b1bcc958d5a2a74ccba55c2a3a37e71f53390b42bb7a022), run on build-9 under `/srv/builds/b2/b2-run.pid`: `python3 tools/mhpow/b2/b2_figures.py > docs/analysis/mhpow/b2/figures.txt` |
|
||||
|
||||
## 1. What the paper proves, and what it does not
|
||||
|
||||
|
|
@ -96,7 +97,7 @@ The oracle and the domain separation:
|
|||
| Merkle node | `tau_x = H('M', chi || tau_x0 || tau_x1)`; leaves are the raw labels, node `w` at leaf index `w - 1`; root `tau = tau_empty`; a reveal is the label and `n` siblings | section 4.1, Appendix C, salt `chi` |
|
||||
| Challenge | `c_i = int_le(H('C', chi || u64 i || tau)) mod N`, `i = 1 .. k`; open node `c_i + 1` and each parent, each with its own path | `c_i = H(chi, i, tau) mod N` |
|
||||
| Graph | DRSample, indeg 2, its draws from `H('G', graph_seed || u64 v || u64 ctr)` by rejection sampling; `graph_seed` a 32-byte public consensus constant, never `chi` | Fact 8; section 1.2 (the graph fixed a priori) |
|
||||
| Lottery value | NONE in this draft (O-07) | the paper has none |
|
||||
| Lottery value | `W = int_le(H('W', chi || tau)) <= target`, the winner verified IN FULL (O-17, B4's rule; the naive spot-check-only forms FAIL, O-07) | the paper has none |
|
||||
|
||||
Every query is fixed width once the role and the node are known, which keeps Theorem 5's parse unique (the extractor reads the
|
||||
`h`-th parent at a fixed offset after `chi` and `v`). The role byte keeps the query families disjoint (B1's note: without it the challenge query `H(chi, i, tau)` has the shape of
|
||||
|
|
@ -127,30 +128,33 @@ parameter choice (B3, B4) fill them. They are not conformance vectors; the B1 la
|
|||
| O-14 | Rejected trials and cancellation: a trial in flight when the template changes | the instance binds the parent set, so a new block on the network stales every trial in flight; the honest trial takes `O(N)` sequential rounds (Definition 5, item 1) | not a soundness matter; it is a feasibility bound: `N x t_seq <= rho x T_block`, with `T_block` 1 s on the devnet (spec 1.12) and `rho` the stale fraction the chain accepts. The bound caps `N`, and a small `N` fits one instance in SRAM, which is the B5 question | BLOCKED B-N2 (the node lane: `T_block` and `rho` on devnet-4) and B3 (`t_seq` measured, never assumed) |
|
||||
| O-15 | The frozen class stays the chain's binding: the dataset policy 70a6c703 and the signing id 2a1d6caab4c24564 | the instance carries `dataset_policy` (all 32 bytes), `program_id`, `epoch_seed`, `epoch_start_daa`, `era_seed`, `day_index` and `state_root`; the verifier recomputes each from the chain and the header and rejects a mismatch, so no certificate carries across a class object, a policy or an epoch | by construction plus O-01, O-03. Two facts for the node lane: the policy digest sits outside the consensus digest until the class v6 floor is set (f0 manifest), so the instance is the only place a certificate binds it today; and the day rule differs between `bind.rs` (the interim `timestamp_ms / 86,400,000`) and spec 1.12 (DAA seconds) | ANSWERED by construction, conditional on B-N1 and B-N3 |
|
||||
| O-16 | The epoch-seed lead and the day-pack: no precomputation across trials | the labelling needs `chi`, which needs the template's parents; the 600 DAA-second epoch-seed lead and the day key (known before the day) give no label in advance. Static per-day work (the v6 dataset) stays amortisable by design; the instance removes it from the MHPoW part only | O-03 | ANSWERED |
|
||||
| O-17 | The lottery rule (B4-OB-LOT-1, this lane's row): B4's replacement for O-07, and the cost of a fake winner that passes the spot checks | trial id in `chi`; `W = H('W', chi || tau) <= target`; a winner is verified IN FULL (the verifier recomputes all `N` labels and the root, so `tau` is unique per `chi` and one draw costs one labelling); the `k` spot checks stay as the header pre-filter. The pre-filter does NOT price a fake: the prover keeps one honest labelling and re-rolls the red sink until `W` passes, about `(log2 N + 1) / p` calls a fake against `2N / p` for a real winner, and the fake passes the spot checks with `(1 - 1/N)^k`. Every validator it reaches then pays one full labelling (`2N` calls, `N` sequential steps) to reject it. An attacker with share `s` of the honest network's oracle calls makes `s x 2N / (log2 N + 1)` fakes per real block: 1.34 at `s = 10^-6`, 134 at `10^-4`, 13,400 at `10^-2` (`N = 2^24`, figures section 6 (a)). Per fake the attacker pays `(log2 N + 1) D / (2N)` of one validator's rejection cost (`D` labellings per block interval network-wide): 0.745 at `D = 10^6`, 74.5 at `10^8` (section 6 (b)), and every node the fake reaches pays it again | B4 README 5b says R1's theorem prices a spot-check-passing fake at the cmc bound. It does not: Theorem 7 is paid once per trace, and one trace yields fakes at the re-roll price (O-07, B1's fixture A6). The rule's soundness per draw is B4 Lemma C (NOT RUN) with AS15 per fully verified labelling | the rule ADOPTED as the draft binding (work version 1); the fake-winner budget is the open part: BLOCKED B-N4 and B4-OB-LOT-4 (B6) |
|
||||
|
||||
## 4. The BLOCKED questions, with their owners
|
||||
|
||||
| Id | Owner | The exact question |
|
||||
|---|---|---|
|
||||
| B-T1 | B4 theory lane (to be named) | For DRSample sampled from a fixed public seed at `N = 2^20` to `2^24`, what is the probability that the sampled graph is not `(c3 N / log N, c4 N)`-depth-robust, with the constants written out? Is a per-era re-seed from the era seed admissible, given that a party able to bias the era seed could search for a weak graph? |
|
||||
| B-T2 | B4 | The values of `c3` and `c4` (Fact 8, from ABH17 or ABP17) for the sampled DRSample at the chosen `N`, proved, so that Corollary 3's bound and `k = 2 lambda log N / c3` become numbers. Without them every certificate size and every lower bound in this README is a sensitivity row. |
|
||||
| B-T3 | B4 | The lottery. Give a lottery value `W` (or prove none exists) such that the expected number of distinct accepted pairs (`chi`, certificate) with `W` under the target, output by an adversary of cumulative memory `C`, is at most `C` divided by a constant fraction of Corollary 3's bound, with sampled verification of polylog cost. Known: any `W` that depends on labels the verifier samples can be re-rolled through an unchallenged node at the cost of that node's descendants (O-07 (a)); any `W` of `chi` alone is screened for free (O-07 (b)). Candidates for the panel: a succinct proof of the full labelling (a unique output, so Alwen and Serbinenko's bound per trial applies, at a prover cost the paper's own section 1 calls non-egalitarian); or a construction that is not MTP. |
|
||||
| B-T4 | B4 | The adaptive-input version of Corollary 3: the adversary chooses `chi` among at most `q` candidates after querying `H`. State the loss in the bad-event sum. |
|
||||
| B-T5 | B4 | The multi-instance version: producing accepted certificates for `m` distinct inputs costs at least `m (lambda/4)(c3 c4 / 2) N^2 / log N` except with what probability, and how the `q` and `t` terms scale with `m`. |
|
||||
| B-T6 | B4 | The label width `lambda` for an adversary of `q = 2^64` to `2^96` queries: either `lambda >= 8 log2 q + 4` under Lemma 3 as stated (516 to 772 bits, so an XOF in place of BLAKE2b's 512-bit maximum), or a tighter statement of Theorem 6 with the charge `lambda - 2 log2 q - log2 indeg` per pebble at `lambda = 256`. |
|
||||
| B-T7 | B4 | Confirm that no step in Theorems 4 to 7 or Lemmas 2 to 4 uses a coincidence between a label query and a Merkle or challenge query that the role byte would remove (the role byte only splits the domain; the check is that the extractor's hint and parse still hold). |
|
||||
| B-T8 | B4 with the adversary lane | The translation from cumulative memory to energy and bandwidth (the plan's R2, R3), including the full-SRAM design at the `N` that O-14 allows. |
|
||||
| B-T1 | B4 theory lane a46974623d72b032c | STILL BLOCKED (B4-B01: ABH17 not fetched by B4; B1 holds the archived ABH17, eprint 2017/443, sha256 f8e08d36...). For DRSample sampled from a fixed public seed at `N = 2^20` to `2^24`, what is the probability that the sampled graph is not `(c3 N / log N, c4 N)`-depth-robust, with the constants written out? Is a per-era re-seed from the era seed admissible, given that a party able to bias the era seed could search for a weak graph? |
|
||||
| B-T2 | B4 | STILL BLOCKED (B4-B03). The values of `c3` and `c4` (Fact 8, from ABH17 or ABP17) for the sampled DRSample at the chosen `N`, proved, so that Corollary 3's bound and `k = 2 lambda log N / c3` become numbers. Without them every certificate size and every lower bound in this README is a sensitivity row. |
|
||||
| B-T3 | B4 | ANSWERED IN SHAPE by B4 Lemma C (NOT RUN): no `W` with polylog sampled verification meets the bound inside MTP; the replacement is full verification of winners, adopted here as O-17, whose fake-winner budget stays open. The lottery. Give a lottery value `W` (or prove none exists) such that the expected number of distinct accepted pairs (`chi`, certificate) with `W` under the target, output by an adversary of cumulative memory `C`, is at most `C` divided by a constant fraction of Corollary 3's bound, with sampled verification of polylog cost. Known: any `W` that depends on labels the verifier samples can be re-rolled through an unchallenged node at the cost of that node's descendants (O-07 (a)); any `W` of `chi` alone is screened for free (O-07 (b)). Candidates for the panel: a succinct proof of the full labelling (a unique output, so Alwen and Serbinenko's bound per trial applies, at a prover cost the paper's own section 1 calls non-egalitarian); or a construction that is not MTP. |
|
||||
| B-T4 | B4 | ANSWERED AS A LOSS by B4 (NOT RUN): MISCOLOR becomes `q N 2^-lambda`; the other bad events are already unions over the trace. The adaptive-input version of Corollary 3: the adversary chooses `chi` among at most `q` candidates after querying `H`. State the loss in the bad-event sum. |
|
||||
| B-T5 | B4 | STILL BLOCKED (B4-OB-LOT-3; the union-graph route, MISCOLOR `J N 2^-lambda`, proof not written). The multi-instance version: producing accepted certificates for `m` distinct inputs costs at least `m (lambda/4)(c3 c4 / 2) N^2 / log N` except with what probability, and how the `q` and `t` terms scale with `m`. |
|
||||
| B-T6 | B4 | ANSWERED AS A CONSTRAINT by B4: `w >= 8 log2 q + 4`, or R2 Theorem 3.3's `w > 20 log2 q` (1,280 bits at `q = 2^64`); labels of 1 KiB or more meet both, through an XOF or R16's permutation. The instance's `label_bytes` field carries it; `chi` and every fixture move with it. The label width `lambda` for an adversary of `q = 2^64` to `2^96` queries: either `lambda >= 8 log2 q + 4` under Lemma 3 as stated (516 to 772 bits, so an XOF in place of BLAKE2b's 512-bit maximum), or a tighter statement of Theorem 6 with the charge `lambda - 2 log2 q - log2 indeg` per pebble at `lambda = 256`. |
|
||||
| B-T7 | B4 | ANSWERED BY READING by B4 (not a proof audit): the role byte only shifts offsets, and Theorem 4's Merkle trace needs exactly that form separation. Confirm that no step in Theorems 4 to 7 or Lemmas 2 to 4 uses a coincidence between a label query and a Merkle or challenge query that the role byte would remove (the role byte only splits the domain; the check is that the extractor's hint and parse still hold). |
|
||||
| B-T8 | B4 with the adversary lane | ANSWERED by B4 README sections 5, 7, 8 and its Q5: the window `log2 N x M_SRAM / C <= N b <= b rho / t_seq` may be empty for DRSample. The translation from cumulative memory to energy and bandwidth (the plan's R2, R3), including the full-SRAM design at the `N` that O-14 allows. |
|
||||
| B-N1 | node lane a283f5f0d364ceef0 | Which day rule is live on devnet-4 (`bind.rs`'s timestamp day or spec 1.12's DAA day), and the rule the verifier uses to recompute `epoch_seed`, `epoch_start_daa`, `era_seed`, `program_id` and the policy digest from a header and the chain. |
|
||||
| B-N2 | node lane | The block interval on devnet-4, the timestamp acceptance window (past median and future bound), and the stale fraction the chain accepts, so O-14's bound on `N x t_seq` is a number. |
|
||||
| B-N4 | node lane with B6 | O-17's fake-winner budget at the network's scale: does a block that fails full verification cost its sender (peer score, ban, a relay rule of full verification before forwarding), and what full verifications per second per node can the chain absorb before the 1.34-fakes-per-block attacker at `s = 10^-6` (`N = 2^24`) stalls validation? |
|
||||
| B-N3 | node lane | The 32 bytes of the state stream root the class v6 dataset is keyed on for the signing pair (epoch af89be5d, era edc4fa84, day 20730), and whether that root is in the header's past by the epoch boundary. |
|
||||
|
||||
## 5. What this means for Track B
|
||||
|
||||
1. The input binding is complete for reuse: no certificate carries across a template, a trial, an epoch, a day, an era, a network
|
||||
or a class object (O-01 to O-04, O-15, O-16).
|
||||
2. The economic binding is not: the reference construction has no lottery, and the two direct ways to add one either buy about a
|
||||
million draws per labelling at `N = 2^24` or screen trials for free (O-07). Until B-T3 is answered, an MTP certificate per
|
||||
block adds memory work per block, never per lottery trial, and cannot move the 1.5x ratio.
|
||||
2. The economic binding is not in the paper: the reference construction has no lottery, and the two direct ways to add one either
|
||||
buy about a million draws per labelling at `N = 2^24` or screen trials for free (O-07). B4's rule (O-17: full verification of
|
||||
winners) restores one labelling per draw, at a price: a fake winner costs about a millionth of a real one and costs every
|
||||
validator a full labelling, so the rule is adopted as the draft and its denial-of-service budget is the open row (B-N4).
|
||||
3. Binding the template forces each trial to finish inside a fraction of the block interval (O-14), which caps `N` and pushes the
|
||||
instance toward a size that fits in SRAM. B3 and B5 own that collision; it is recorded here because the binding causes it.
|
||||
4. Even granted a lottery, the proved bound sits a factor `4 log N / (c3 c4)` under the honest prover's cumulative memory with
|
||||
|
|
|
|||
|
|
@ -94,3 +94,25 @@ log2_N k honest_calls_per_trial reroll_calls_per_draw amortisation pass_probabil
|
|||
20 9000 2097152 21 9.99e+04 0.991454
|
||||
24 2000 33554432 25 1.34e+06 0.999881
|
||||
24 9000 33554432 25 1.34e+06 0.999464
|
||||
|
||||
== 6. O-17: the fake-winner budget under B4's rule (trial id in chi, W = H(lot, chi, tau), winners verified in full,
|
||||
the k spot checks as the header pre-filter). A fake winner keeps ONE honest labelling and re-rolls the red sink until
|
||||
W <= target: about (log2 N + 1) / p calls per fake once the labelling exists; it passes the spot checks with (1 - 1/N)^k;
|
||||
every validator it reaches recomputes the labelling in full (2N calls, N sequential label steps) before rejecting it.
|
||||
A real winner costs 2N / p calls. p = 1 / D, D = labellings per block interval network-wide.
|
||||
(a) fakes per real block for an attacker holding share s of the honest network's oracle calls: s * 2N / (log2 N + 1)
|
||||
log2_N share fakes_per_real_block
|
||||
20 1e-06 0.0999
|
||||
20 0.0001 9.99
|
||||
20 0.01 999
|
||||
24 1e-06 1.34
|
||||
24 0.0001 134
|
||||
24 0.01 1.34e+04
|
||||
(b) attacker calls per fake / one validator's calls to reject it: (log2 N + 1) D / (2N)
|
||||
log2_N D attacker_over_validator
|
||||
20 10000 0.1
|
||||
20 1e+06 10
|
||||
20 1e+08 1e+03
|
||||
24 10000 0.00745
|
||||
24 1e+06 0.745
|
||||
24 1e+08 74.5
|
||||
|
|
|
|||
|
|
@ -14,14 +14,14 @@
|
|||
"status": "NOT RUN",
|
||||
"method": "model",
|
||||
"evidence": "docs/analysis/mhpow/b2/README.md",
|
||||
"note": "POW-05: obligations O-06 to O-11 and O-16 (grinding, chosen instance, amortisation, partial evaluation, precomputation); O-07 records two FAIL rules and B-T3 the open question. POW-06: O-11's certificate sizes as functions of DRSample's unproved constant c3 (13.6 to 194.9 MiB at lambda 256), a sensitivity table only; the verifier budget is B6's.",
|
||||
"note": "POW-05: obligations O-06 to O-11 and O-16 (grinding, chosen instance, amortisation, partial evaluation, precomputation); O-07 records two FAIL rules (B1's fixture A6 executes the first); O-17 adopts B4's full-verification rule with its fake-winner budget open (B-N4). POW-06: O-11's certificate sizes as functions of DRSample's unproved constant c3 (13.6 to 194.9 MiB at lambda 256), a sensitivity table only; the verifier budget is B6's.",
|
||||
"claim_impact": "none: no public figure moves; Track B's construction is not adopted and nothing activates",
|
||||
"in_progress": true
|
||||
}
|
||||
],
|
||||
"map_cell_requested": {
|
||||
"model:mhpow-b2-binding": {
|
||||
"command": "python3 tools/mhpow/b2/b2_figures.py > docs/analysis/mhpow/b2/figures.txt (a build box under a pid file; byte-identical output, sha256 27bb414c...)",
|
||||
"command": "python3 tools/mhpow/b2/b2_figures.py > docs/analysis/mhpow/b2/figures.txt (a build box under a pid file; byte-identical output, sha256 90e0f393...)",
|
||||
"box_class": "build box, CPU only (build-9)",
|
||||
"fixtures": [],
|
||||
"cases": [
|
||||
|
|
|
|||
254
docs/analysis/mhpow/b3/README.md
Normal file
254
docs/analysis/mhpow/b3/README.md
Normal file
|
|
@ -0,0 +1,254 @@
|
|||
# B3: GPU adaptation of the MTP/DRSample proof of work, without changing the theorem
|
||||
|
||||
Track B item B3 (package R15-06, the GPU feasibility lane), 9 October 2026. Status: every row below is NOT RUN until the panel reads it. Nothing activates. No row compares this work unit with the v6 work unit; that comparison needs a contract that does not exist yet (row X-1). No PASS is claimed here.
|
||||
|
||||
## The finding in one paragraph (for the panel; NOT RUN)
|
||||
|
||||
The exact function runs on the GPU byte for byte (B1's fixtures reproduced; every GPU proof accepted; the known-failed graph refused). At the B3 sizes the GPU is caught in the trap the plan warned of: each instance is one hash chain (one BLAKE2b block per label, about 1.5 to 1.7 microseconds on one GPU thread), memory caps the instances in flight, and so a whole RTX 5090 / RTX 4090 labels like 87 / 52 one-thread CPU instances at 32 MiB, 23 / 13 at 128 MiB and 5.8 / 3.5 at 512 MiB, drawing about 80 to 110 W of a 450 to 480 W board. At 128 and 512 MiB the function is principally CPU-friendly, the plan's rejection case; at 32 MiB the card is a mid-size server CPU. The card fills itself only with instances of 2 MiB or less (5 to 12 G labels per second, 38 to 64 nJ per label), which a specialist holds whole in on-die SRAM. Layout (SOA against AOS, block shape) moves the rate by 0 to 5 percent: the lever is the dependency chain, not the memory system. These rows are the control for the Track B pivot.
|
||||
|
||||
## Sources (by sha)
|
||||
|
||||
| source | identity |
|
||||
|---|---|
|
||||
| The founder's research plan, "IGNEUM - The 1.5x Research Programme" (sections 4.6, 6 B3, 8, 10) | sha256 269ceaa5824d09140a1bcc124dba59438db5a5e68fddc18960db7141fefc0305 |
|
||||
| The 1.5x experiment brief | sha256 74ee073286d4a6e2... (as cited by the common brief) |
|
||||
| [BS25] Blocki and Smearsoll, Provably Memory-Hard Proofs of Work With Memory-Easy Verification, TCC 2025, eprint 2025/1456, the FULL paper (46 pages, TeX build 11 Aug 2025) | sha256 13c3646e7d85c1aa58a92914582caab5798d90cf2a3cad33e58d81d49c1d31db (eprint.iacr.org answers curl with a Cloudflare challenge; this copy is the Wayback Machine's capture of the eprint PDF) |
|
||||
| [ABH17] Alwen, Blocki and Harsha, Practical Graphs for Optimal Side-Channel Resistant Memory-Hard Functions, CCS 2017, eprint 2017/443, Algorithm 1 (DRSample) | sha256 f8e08d361118120c905550d3ac63efffe2a806d68276b070c24e7aa15d8fa8eb (17 pages, Wayback capture) |
|
||||
| The B1 lane's CPU reference (R15-05), working copy on build-6 at 09:26Z; landed on master since, byte-identical (row X-5) | params.py d47b8ff5..., drsample.py 4169a5fc..., mtp.py c0feed31..., gen_fixtures.py b7a2a89f...; fixtures kat-n04..n20 (SHA256SUMS: kat-n20.json fd0d75b6..., kat-n20.proof.bin a49367d9...) |
|
||||
| This lane's code | tools/mhpow/b3/ on branch mhpow-b3; B1-encoding build id d672d3839ebb45e5, B3P1 control build id 2079d0d8ce7eef96 (sha256 of the four source files, build.sh) |
|
||||
|
||||
Sections of [BS25] used: 2.2 (the labelling game, `l_v = H(chi, v, parents' labels)`), 3.2 (the MTP framework: honest prover, commitment, challenges, verifier), 4.1 (the Merkle layout), 5 and 6.1 (the soundness bound and the DRSample instantiation, which cites [ABH17] for the graph).
|
||||
|
||||
## What the function is, and what B3 may change
|
||||
|
||||
The honest prover of [BS25] section 3.2, in B1's encoding (BLAKE2b-256, lambda = 256, one-byte tags L/M/C/G, u64 little-endian integers, the graph sampled once from a public seed by [ABH17] Algorithm 1 with rejection sampling):
|
||||
|
||||
1. label every node in topological order: `l_1 = H('L' | chi | 1)`, `l_2 = H('L' | chi | 2 | l_1)`, `l_v = H('L' | chi | v | l_{v-r} | l_{v-1})` with `v-r <= v-2` drawn by DRSample;
|
||||
2. commit: a Merkle tree over the N labels in the paper's bit order, inner nodes `H('M' | chi | left | right)`;
|
||||
3. challenge: `c_i = H('C' | chi | i | root) mod N`, i = 1..k;
|
||||
4. open each challenged node and its parents with their Merkle paths (B1's container `B1MTPDR1`).
|
||||
|
||||
B3 changes representation and scheduling only. The DAG edge rule, the hash, every byte hashed, the domain tags, the challenge rule and the proof container are B1's, and the oracle checks that byte for byte. What changes:
|
||||
|
||||
| change | what it is | why it is allowed |
|
||||
|---|---|---|
|
||||
| batching across instances | many instances (different chi) in flight; the graph table is shared because the graph is data-independent and fixed a priori | each instance is computed exactly as specified; nothing crosses instances |
|
||||
| coalesced label storage (SOA) | labels as 4 little-endian u64 words, instance-interleaved in 16-byte halves, `(row*2+h)*B + inst`; because every instance reads the same node numbers at the same step, a warp's loads of `l_{v-r}` are one contiguous run | same bytes, different addresses |
|
||||
| AOS (ablation) | instance-major rows | same bytes |
|
||||
| the far parent fetched ahead | `l_{far(v+1)}` (always `<= v-1`) is loaded while node v hashes; `l_{v-1}` never leaves registers | the parents' labels are those of the graph; only the load time moves |
|
||||
| cooperative lanes (B3P1 control only) | in a SHA-256 reading the 104-byte label message is two blocks and the first (`chi | v | l_{v-r}[0..23]`) does not depend on `l_{v-1}`, so lane A computes node v+1's first block while lane B finishes node v | the same two compressions per label; the order of independent work changes |
|
||||
|
||||
In B1's encoding there is no cooperative split of one label: the 105-byte label message is ONE BLAKE2b block, so the per-label critical path is one compression however many lanes share it. That is a property of the encoding, not of the GPU, and it is recorded here because it decides how much a GPU can shorten one instance's chain (row X-6).
|
||||
|
||||
## The under-utilisation trap (stated before the first row)
|
||||
|
||||
Each instance is one sequential dependency chain of N labels: `l_v` needs `l_{v-1}`, so one instance can occupy one GPU thread (or, where the encoding permits, two cooperating lanes) and no more. A GPU fills its memory bandwidth and its arithmetic only with tens of thousands of threads in flight. The only lever the theorem permits for more threads is more instances, and each honest instance must hold its N labels (the memory-hard part: [BS25] proves that a prover who keeps less pays in cumulative memory) plus its Merkle tree. So the card's memory caps the instances in flight: at 32 MiB of labels per instance (64 MiB with the tree) a 32 GB card holds about 476 instances, at 128 MiB about 119, at 512 MiB about 29. Shrinking the instance to fill the card (tens of thousands of instances) makes each instance a few hundred KiB, small enough for a specialist to keep whole instances in on-die SRAM. Deleting edges or splitting the chain to create parallelism inside an instance changes the graph and voids the proof (the known-failed test below is exactly that change, and the oracle refuses it).
|
||||
|
||||
So the GPU's throughput at the B3 sizes is (instances that fit) divided by (one thread's time per label). One thread's time per label on these cards is about 1.7 microseconds (B1 encoding); one CPU thread's is 0.25 microseconds with the scalar BLAKE2b port (0.10 to 0.14 with sha_ni SHA-256 in the control). The rows measure how far that leaves the card below a CPU.
|
||||
|
||||
## Method
|
||||
|
||||
- Pods: a rented RTX 5090 (Vast 54994203, driver 580.126.09, host EPYC 7K62, the container's CPU quota 26 CPUs) and a rented RTX 4090 (Vast 54994221, driver 570.153.02, host EPYC 7513, quota 15 CPUs), from the fleet lane, CUDA 12.8. Stock clocks: no clock lock on a rented pod (said in every row). The 5090's host had set its board power limit to 480 W (default 600 W, meta.txt); no row drew more than about 415 W, so the limit did not bind. The 5090 host's load average was 81 at the start of the control run (other tenants on a shared EPYC), so its CPU rows are noisier than the 4090 host's. The host CPUs are shared with other tenants; the CPU rows carry the load average in meta.txt.
|
||||
- Power boundary: GPU board power (`nvidia-smi power.draw`) at 1 Hz for the whole run, integrated sample-and-hold over each row's labelling window; idle (5.8 W on the 5090, 14.6 W on the 4090, 30 s windows) is NOT subtracted; host and wall power are not measured (row X-3).
|
||||
- Each row: the B1 graph table on the host (the spec function, host threads), allocation, the label passes (repeated until at least 20 s of labelling so the 1 Hz meter has at least 20 samples; the first pass is dropped as warm-up when there are several), the commitment, the proof creation (device challenges and openings, copy home, B1's container), then every GPU proof through the C-port verifier with the TRUE graph, then the oracle.
|
||||
- The correctness oracle, in three links: (1) `cpu_ref_b1 kat` reproduces B1's five known-answer fixtures (n = 4, 8, 12, 16, 20: chi, graph parents, labels sha256, tau, proof sha256 and the .proof.bin bytes); (2) in every row the GPU's labels, every Merkle node, root and proof container equal the C port's for the checked instances (2 per main row, spread across the batch; every GPU proof is verified); (3) instance 0 of every batch is B1's own KAT input, and at n = 20 its labels sha256 and tau are compared with B1's kat-n20.json directly. A timing row counts only when all three say identical.
|
||||
- The known-failed test (`test_known_failed_b1.sh`): the GPU runs with DRSample's long edges deleted (`far(v) = v-2`, "a faster graph with the old proof"); the oracle must report MISMATCH, 0 proofs accepted and exit 1, and the unmodified run must report IDENTICAL with instance 0 equal to B1's fixture. Result on both cards: PASS (the oracle fired on the known-failed case and passed the known-finished one).
|
||||
- The CPU baseline: `cpu_ref_b1 time` on the pod's own CPU, the C port (portable BLAKE2b, the spec's bytes) with one thread (THE sequential row) and with the container's whole quota (a diagnostic). B1's own CPython reference took 1.016 s for the n = 20 labels on build-6 (its row-n20-k64.json), about 1 microsecond per label, which is CPython's call overhead; the C port is the fair CPU.
|
||||
- No raw hashes per second anywhere: rows are per instance, per label and per accepted proof.
|
||||
- Figures: every table below is the verbatim output of `python3 tools/mhpow/b3/parse_rows.py <dirs>` run in docs/analysis/mhpow/b3/rows/ on the raw files there (rows.jsonl, power.csv, idle.json, cpu.jsonl, meta.txt).
|
||||
|
||||
## Oracle verdicts
|
||||
|
||||
| card | encoding | rows | rows IDENTICAL | instances byte-checked | GPU proofs accepted by the verifier | instance 0 = B1 fixture at n = 20 | C port = B1 KATs (n = 4..20) | known-failed test |
|
||||
|---|---|---|---|---|---|---|---|---|
|
||||
| RTX 5090 | B1 | 12 | 12 | 21 | 132899 of 132899 | yes (6 rows) | 5 of 5 | PASS |
|
||||
| RTX 4090 | B1 | 12 | 12 | 21 | 98590 of 98590 | yes (6 rows) | 5 of 5 | PASS |
|
||||
|
||||
## Rows, B1 encoding (the counted rows)
|
||||
|
||||
Stock clocks, rented pods, board power, idle not subtracted, against B1's fixtures (the working copy the rows used equals the landed tools/mhpow/b1/fixtures byte for byte; row X-5). k = 64 challenges in every row (a timing placeholder; row X-2).
|
||||
|
||||
#### NVIDIA GeForce RTX 5090 (rented pod, stock clocks; host CPU AMD EPYC 7K62 48-Core Processor, nproc=192 cgroup_cpus=26); idle board power 6.0 W over 30 samples (not subtracted)
|
||||
|
||||
| row | MiB per instance | instances in flight | kernel, layout | label pass per batch (s) | labels/s, card | ns per label, per instance | board W (mean) | nJ per label | J per instance (labels) | commit per batch (s) | proof per batch (s) | GPU instance latency (s) | CPU sequential instance (s) | card = N one-thread CPU instances | oracle | accepted proofs |
|
||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
||||
| main-n20 | 32.0 | 476 of 476 | k1, soa | 1.543 | 323.5 M | 1,471 | 111 | 343.4 | 0.36 | 0.0398 | 0.0527 | 1.64 | 0.54 | 87.1 | IDENTICAL (2 checked) | 476 of 476 |
|
||||
| main-n22 | 128.0 | 119 of 119 | k1, soa | 6.175 | 80.8 M | 1,472 | 105 | 1,309.5 | 5.49 | 0.0400 | 0.0190 | 6.23 | 2.27 | 23.2 | IDENTICAL (2 checked) | 119 of 119 |
|
||||
| main-n24 | 512.0 | 29 of 29 | k1, soa | 24.639 | 19.7 M | 1,469 | 104 | 5,273.2 | 88.47 | 0.0391 | 0.0071 | 24.69 | 9.20 | 5.8 | IDENTICAL (2 checked) | 29 of 29 |
|
||||
| abl-n20-aos | 32.0 | 476 of 476 | k1, aos | 1.559 | 320.1 M | 1,487 | 123 | 385.4 | 0.40 | 0.0655 | 0.0621 | 1.69 | 0.54 | 86.2 | IDENTICAL (2 checked) | 476 of 476 |
|
||||
| abl-n20-tpb32 | 32.0 | 476 of 476 | k1, soa | 1.548 | 322.4 M | 1,477 | 125 | 383.6 | 0.40 | 0.0400 | 0.0581 | 1.65 | 0.54 | 86.8 | IDENTICAL (2 checked) | 476 of 476 |
|
||||
| ladder-n20-B1 | 32.0 | 1 of 476 | k1, soa | 1.443 | 0.7 M | 1,377 | 100 | 138,375.6 | 145.10 | 0.0004 | 0.0011 | 1.44 | 0.54 | 0.2 | IDENTICAL (1 checked) | 1 of 1 |
|
||||
| ladder-n20-B32 | 32.0 | 32 of 476 | k1, soa | 1.505 | 22.3 M | 1,436 | 104 | 4,679.8 | 4.91 | 0.0030 | 0.0066 | 1.51 | 0.54 | 6.0 | IDENTICAL (1 checked) | 32 of 32 |
|
||||
| ladder-n20-B128 | 32.0 | 128 of 476 | k1, soa | 1.528 | 87.8 M | 1,457 | 104 | 1,187.9 | 1.25 | 0.0114 | 0.0177 | 1.56 | 0.54 | 23.6 | IDENTICAL (1 checked) | 128 of 128 |
|
||||
| diag-n12 | 0.1 | 93706 of 93706 | k1, soa | 0.032 | 11,912.2 M | 7,866 | 453 | 38.0 | 0.00 | 0.0344 | 6.4473 | 6.51 | - | - | IDENTICAL (2 checked) | 93706 of 93706 |
|
||||
| diag-n14 | 0.5 | 28102 of 28102 | k1, soa | 0.049 | 9,426.0 M | 2,981 | 431 | 45.7 | 0.00 | 0.0386 | 2.0398 | 2.13 | - | - | IDENTICAL (2 checked) | 28102 of 28102 |
|
||||
| diag-n16 | 2.0 | 7457 of 7457 | k1, soa | 0.098 | 4,996.2 M | 1,493 | 318 | 63.8 | 0.00 | 0.0403 | 0.6610 | 0.80 | - | - | IDENTICAL (2 checked) | 7457 of 7457 |
|
||||
| diag-n18 | 8.0 | 1897 of 1897 | k1, soa | 0.388 | 1,282.4 M | 1,479 | 163 | 127.4 | 0.03 | 0.0403 | 0.1935 | 0.62 | - | - | IDENTICAL (2 checked) | 1897 of 1897 |
|
||||
|
||||
CPU reference on the same pod (cpu_ref_b1: the C port of B1, portable scalar BLAKE2b, byte-identical to B1's fixtures; a SIMD BLAKE2b would be faster, so this CPU figure is a floor for the CPU):
|
||||
|
||||
| n | MiB | threads | label s per instance | Merkle s | proof s | verify s | labels/s per instance | instance labels per wall second, whole prover, all threads | accepted |
|
||||
|---|---|---|---|---|---|---|---|---|---|
|
||||
| 20 | 32 | 1 | 0.282 | 0.262 | 0.00017 | 0.00090 | 3.71 M | 1.9 M | 1 of 1 |
|
||||
| 22 | 128 | 1 | 1.205 | 1.062 | 0.00021 | 0.00102 | 3.48 M | 1.8 M | 1 of 1 |
|
||||
| 24 | 512 | 1 | 4.911 | 4.293 | 0.00025 | 0.00108 | 3.42 M | 1.8 M | 1 of 1 |
|
||||
| 20 | 32 | 26 | 0.285 | 0.265 | 0.00017 | 0.00093 | 3.68 M | 34.7 M | 26 of 26 |
|
||||
| 22 | 128 | 26 | 1.202 | 1.063 | 0.00023 | 0.00100 | 3.49 M | 34.1 M | 26 of 26 |
|
||||
|
||||
#### NVIDIA GeForce RTX 4090 (rented pod, stock clocks; host CPU AMD EPYC 7513 32-Core Processor, nproc=64 cgroup_cpus=15); idle board power 15.2 W over 30 samples (not subtracted)
|
||||
|
||||
| row | MiB per instance | instances in flight | kernel, layout | label pass per batch (s) | labels/s, card | ns per label, per instance | board W (mean) | nJ per label | J per instance (labels) | commit per batch (s) | proof per batch (s) | GPU instance latency (s) | CPU sequential instance (s) | card = N one-thread CPU instances | oracle | accepted proofs |
|
||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
||||
| main-n20 | 32.0 | 353 of 353 | k1, soa | 1.743 | 212.3 M | 1,663 | 79 | 372.0 | 0.39 | 0.0383 | 0.0307 | 1.81 | 0.49 | 51.7 | IDENTICAL (2 checked) | 353 of 353 |
|
||||
| main-n22 | 128.0 | 88 of 88 | k1, soa | 7.030 | 52.5 M | 1,676 | 79 | 1,500.6 | 6.29 | 0.0383 | 0.0088 | 7.08 | 1.97 | 13.2 | IDENTICAL (2 checked) | 88 of 88 |
|
||||
| main-n24 | 512.0 | 22 of 22 | k1, soa | 27.903 | 13.2 M | 1,663 | 78 | 5,929.8 | 99.49 | 0.0382 | 0.0033 | 27.94 | 8.07 | 3.5 | IDENTICAL (2 checked) | 22 of 22 |
|
||||
| abl-n20-aos | 32.0 | 353 of 353 | k1, aos | 1.838 | 201.4 M | 1,753 | 81 | 404.1 | 0.42 | 0.0758 | 0.0321 | 1.95 | 0.49 | 49.0 | IDENTICAL (2 checked) | 353 of 353 |
|
||||
| abl-n20-tpb32 | 32.0 | 353 of 353 | k1, soa | 1.747 | 211.9 M | 1,666 | 83 | 390.8 | 0.41 | 0.0383 | 0.0294 | 1.81 | 0.49 | 51.6 | IDENTICAL (2 checked) | 353 of 353 |
|
||||
| ladder-n20-B1 | 32.0 | 1 of 353 | k1, soa | 1.692 | 0.6 M | 1,613 | 76 | 122,514.4 | 128.47 | 0.0003 | 0.0003 | 1.69 | 0.49 | 0.2 | IDENTICAL (1 checked) | 1 of 1 |
|
||||
| ladder-n20-B32 | 32.0 | 32 of 353 | k1, soa | 1.722 | 19.5 M | 1,642 | 77 | 3,969.0 | 4.16 | 0.0036 | 0.0038 | 1.73 | 0.49 | 4.7 | IDENTICAL (1 checked) | 32 of 32 |
|
||||
| ladder-n20-B128 | 32.0 | 128 of 353 | k1, soa | 1.752 | 76.6 M | 1,671 | 78 | 1,015.0 | 1.06 | 0.0140 | 0.0113 | 1.78 | 0.49 | 18.7 | IDENTICAL (1 checked) | 128 of 128 |
|
||||
| diag-n12 | 0.1 | 69485 of 69485 | k1, soa | 0.031 | 9,082.9 M | 7,650 | 406 | 44.7 | 0.00 | 0.0294 | 3.2327 | 3.29 | - | - | IDENTICAL (2 checked) | 69485 of 69485 |
|
||||
| diag-n14 | 0.5 | 20838 of 20838 | k1, soa | 0.051 | 6,671.5 M | 3,123 | 339 | 50.8 | 0.00 | 0.0355 | 1.1405 | 1.23 | - | - | IDENTICAL (2 checked) | 20838 of 20838 |
|
||||
| diag-n16 | 2.0 | 5530 of 5530 | k1, soa | 0.112 | 3,242.9 M | 1,705 | 206 | 63.5 | 0.00 | 0.0376 | 0.3536 | 0.50 | - | - | IDENTICAL (2 checked) | 5530 of 5530 |
|
||||
| diag-n18 | 8.0 | 1407 of 1407 | k1, soa | 0.440 | 837.7 M | 1,680 | 114 | 135.8 | 0.04 | 0.0381 | 0.1036 | 0.58 | - | - | IDENTICAL (2 checked) | 1407 of 1407 |
|
||||
|
||||
CPU reference on the same pod (cpu_ref_b1: the C port of B1, portable scalar BLAKE2b, byte-identical to B1's fixtures; a SIMD BLAKE2b would be faster, so this CPU figure is a floor for the CPU):
|
||||
|
||||
| n | MiB | threads | label s per instance | Merkle s | proof s | verify s | labels/s per instance | instance labels per wall second, whole prover, all threads | accepted |
|
||||
|---|---|---|---|---|---|---|---|---|---|
|
||||
| 20 | 32 | 1 | 0.255 | 0.230 | 0.00014 | 0.00081 | 4.11 M | 2.1 M | 1 of 1 |
|
||||
| 22 | 128 | 1 | 1.056 | 0.912 | 0.00015 | 0.00090 | 3.97 M | 2.1 M | 1 of 1 |
|
||||
| 24 | 512 | 1 | 4.408 | 3.658 | 0.00018 | 0.00097 | 3.81 M | 2.1 M | 1 of 1 |
|
||||
| 20 | 32 | 15 | 0.261 | 0.232 | 0.00014 | 0.00083 | 4.02 M | 27.8 M | 15 of 15 |
|
||||
| 22 | 128 | 15 | 1.099 | 0.940 | 0.00015 | 0.00092 | 3.82 M | 27.4 M | 15 of 15 |
|
||||
|
||||
### What each row means for GPU competitiveness
|
||||
|
||||
- RTX 5090, main-n20: 476 instances of 32 MiB label 323.5 M per second at 111 W board (343 nJ per label); one instance takes 1.64 s on the GPU against 0.54 s on one CPU thread; the card equals 87 CPU threads.
|
||||
- RTX 5090, main-n22: 119 instances of 128 MiB label 80.8 M per second at 105 W board (1,309 nJ per label); one instance takes 6.23 s on the GPU against 2.27 s on one CPU thread; the card equals 23 CPU threads, so a 64-core server CPU out-labels it: no GPU advantage, principally CPU-friendly.
|
||||
- RTX 5090, main-n24: 29 instances of 512 MiB label 19.7 M per second at 104 W board (5,273 nJ per label); one instance takes 24.69 s on the GPU against 9.20 s on one CPU thread; a 16-core desktop CPU out-labels the whole card (the card equals 5.8 CPU threads): principally CPU-friendly, the plan's rejection case.
|
||||
- RTX 5090, abl-n20-aos: the instance-major (AOS) layout changes the card's labels per second by -1.0 percent against the SOA main row; layout is not the lever, the dependency chain is.
|
||||
- RTX 5090, abl-n20-tpb32: the 32-thread blocks (one warp per block, spread over more SMs) changes the card's labels per second by -0.4 percent against the SOA main row; layout is not the lever, the dependency chain is.
|
||||
- RTX 5090, ladder-n20-B1: 1 instance(s) in flight label 0.73 M per second at 100 W, about 1 times one thread's 0.73 M; throughput is linear in instances and the board draws nearly the same power at 1 as at 476, so the joules per label fall only by filling memory with instances (the trap, measured).
|
||||
- RTX 5090, ladder-n20-B32: 32 instance(s) in flight label 22.29 M per second at 104 W, about 32 times one thread's 0.70 M; throughput is linear in instances and the board draws nearly the same power at 1 as at 476, so the joules per label fall only by filling memory with instances (the trap, measured).
|
||||
- RTX 5090, ladder-n20-B128: 128 instance(s) in flight label 87.83 M per second at 104 W, about 128 times one thread's 0.69 M; throughput is linear in instances and the board draws nearly the same power at 1 as at 476, so the joules per label fall only by filling memory with instances (the trap, measured).
|
||||
- RTX 5090, diag-n12 (not a B3 size): 0.10 MiB per instance lets 93706 instances fill the card (453 W, 11.91 G labels per second, 38 nJ per label); an instance this small (0.20 MiB with its tree) fits in a specialist's on-die SRAM, which is the other side of the trap.
|
||||
- RTX 5090, diag-n14 (not a B3 size): 0.50 MiB per instance lets 28102 instances fill the card (431 W, 9.43 G labels per second, 46 nJ per label); an instance this small (1.00 MiB with its tree) fits in a specialist's on-die SRAM, which is the other side of the trap.
|
||||
- RTX 5090, diag-n16 (not a B3 size): 2.00 MiB per instance lets 7457 instances fill the card (318 W, 5.00 G labels per second, 64 nJ per label); an instance this small (4.00 MiB with its tree) fits in a specialist's on-die SRAM, which is the other side of the trap.
|
||||
- RTX 5090, diag-n18 (not a B3 size): 8.00 MiB per instance lets 1897 instances fill the card (163 W, 1.28 G labels per second, 127 nJ per label); an instance this small (16.00 MiB with its tree) fits in a specialist's on-die SRAM, which is the other side of the trap.
|
||||
- RTX 4090, main-n20: 353 instances of 32 MiB label 212.3 M per second at 79 W board (372 nJ per label); one instance takes 1.81 s on the GPU against 0.49 s on one CPU thread; the card equals 52 CPU threads, so a 64-core server CPU out-labels it: no GPU advantage, principally CPU-friendly.
|
||||
- RTX 4090, main-n22: 88 instances of 128 MiB label 52.5 M per second at 79 W board (1,501 nJ per label); one instance takes 7.08 s on the GPU against 1.97 s on one CPU thread; a 16-core desktop CPU out-labels the whole card (the card equals 13.2 CPU threads): principally CPU-friendly, the plan's rejection case.
|
||||
- RTX 4090, main-n24: 22 instances of 512 MiB label 13.2 M per second at 78 W board (5,930 nJ per label); one instance takes 27.94 s on the GPU against 8.07 s on one CPU thread; a 16-core desktop CPU out-labels the whole card (the card equals 3.5 CPU threads): principally CPU-friendly, the plan's rejection case.
|
||||
- RTX 4090, abl-n20-aos: the instance-major (AOS) layout changes the card's labels per second by -5.1 percent against the SOA main row; layout is not the lever, the dependency chain is.
|
||||
- RTX 4090, abl-n20-tpb32: the 32-thread blocks (one warp per block, spread over more SMs) changes the card's labels per second by -0.2 percent against the SOA main row; layout is not the lever, the dependency chain is.
|
||||
- RTX 4090, ladder-n20-B1: 1 instance(s) in flight label 0.62 M per second at 76 W, about 1 times one thread's 0.62 M; throughput is linear in instances and the board draws nearly the same power at 1 as at 353, so the joules per label fall only by filling memory with instances (the trap, measured).
|
||||
- RTX 4090, ladder-n20-B32: 32 instance(s) in flight label 19.48 M per second at 77 W, about 32 times one thread's 0.61 M; throughput is linear in instances and the board draws nearly the same power at 1 as at 353, so the joules per label fall only by filling memory with instances (the trap, measured).
|
||||
- RTX 4090, ladder-n20-B128: 128 instance(s) in flight label 76.61 M per second at 78 W, about 128 times one thread's 0.60 M; throughput is linear in instances and the board draws nearly the same power at 1 as at 353, so the joules per label fall only by filling memory with instances (the trap, measured).
|
||||
- RTX 4090, diag-n12 (not a B3 size): 0.10 MiB per instance lets 69485 instances fill the card (406 W, 9.08 G labels per second, 45 nJ per label); an instance this small (0.20 MiB with its tree) fits in a specialist's on-die SRAM, which is the other side of the trap.
|
||||
- RTX 4090, diag-n14 (not a B3 size): 0.50 MiB per instance lets 20838 instances fill the card (339 W, 6.67 G labels per second, 51 nJ per label); an instance this small (1.00 MiB with its tree) fits in a specialist's on-die SRAM, which is the other side of the trap.
|
||||
- RTX 4090, diag-n16 (not a B3 size): 2.00 MiB per instance lets 5530 instances fill the card (206 W, 3.24 G labels per second, 63 nJ per label); an instance this small (4.00 MiB with its tree) fits in a specialist's on-die SRAM, which is the other side of the trap.
|
||||
- RTX 4090, diag-n18 (not a B3 size): 8.00 MiB per instance lets 1407 instances fill the card (114 W, 0.84 G labels per second, 136 nJ per label); an instance this small (16.00 MiB with its tree) fits in a specialist's on-die SRAM, which is the other side of the trap.
|
||||
|
||||
## Control rows, the B3 lane's SHA-256 reading (B3P1)
|
||||
|
||||
Before B1's reference existed this lane ran its own literal reading of the paper (SHA-256, no tags, the same graph rule with SHA-256 coins). These rows are a control, not the function: their oracle is the lane's own reference (`cpu_ref selftest`, the GPU byte-identical on every checked instance, the known-failed test PASS). They show the one thing the B1 rows cannot: what a two-block label (first block independent of `l_{v-1}`) buys with two cooperating lanes (k2), about 1.6x per instance on both cards. The CPU column here is a sha_ni core.
|
||||
|
||||
#### NVIDIA GeForce RTX 5090 (rented pod, stock clocks; host CPU AMD EPYC 7K62 48-Core Processor, nproc=26 cgroup_cpus=26); idle board power 5.8 W over 30 samples (not subtracted)
|
||||
|
||||
| row | MiB per instance | instances in flight | kernel, layout | label pass per batch (s) | labels/s, card | ns per label, per instance | board W (mean) | nJ per label | J per instance (labels) | commit per batch (s) | proof per batch (s) | GPU instance latency (s) | CPU sequential instance (s) | card = N one-thread CPU instances | oracle | accepted proofs |
|
||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
||||
| main-n20-k1 | 32.0 | 476 of 476 | k1, soa | 2.375 | 210.2 M | 2,265 | 105 | 498.3 | 0.52 | 0.0496 | 0.0502 | 2.47 | 0.22 | 25.9 | IDENTICAL (2 checked) | 476 of 476 |
|
||||
| main-n20-k2 | 32.0 | 476 of 476 | k2, soa | 1.450 | 344.2 M | 1,383 | 123 | 355.9 | 0.37 | 0.0499 | 0.0489 | 1.55 | 0.22 | 42.4 | IDENTICAL (2 checked) | 476 of 476 |
|
||||
| main-n22-k1 | 128.0 | 119 of 119 | k1, soa | 9.526 | 52.4 M | 2,271 | 105 | 2,001.3 | 8.39 | 0.0499 | 0.0182 | 9.59 | 0.92 | 6.8 | IDENTICAL (2 checked) | 119 of 119 |
|
||||
| main-n22-k2 | 128.0 | 119 of 119 | k2, soa | 5.811 | 85.9 M | 1,385 | 107 | 1,244.1 | 5.22 | 0.0497 | 0.0195 | 5.88 | 0.92 | 11.1 | IDENTICAL (2 checked) | 119 of 119 |
|
||||
| main-n24-k1 | 512.0 | 29 of 29 | k1, soa | 37.719 | 12.9 M | 2,248 | 102 | 7,916.2 | 132.81 | 0.0485 | 0.0074 | 37.78 | 3.88 | 1.8 | IDENTICAL (2 checked) | 29 of 29 |
|
||||
| main-n24-k2 | 512.0 | 29 of 29 | k2, soa | 22.628 | 21.5 M | 1,349 | 97 | 4,507.1 | 75.62 | 0.0484 | 0.0074 | 22.68 | 3.88 | 3.0 | IDENTICAL (2 checked) | 29 of 29 |
|
||||
| abl-n20-k1-aos | 32.0 | 476 of 476 | k1, aos | 2.294 | 217.5 M | 2,188 | 115 | 530.0 | 0.56 | 0.0654 | 0.0604 | 2.42 | 0.22 | 26.8 | IDENTICAL (2 checked) | 476 of 476 |
|
||||
| ladder-n20-B1-k2 | 32.0 | 1 of 476 | k2, soa | 1.336 | 0.8 M | 1,274 | 100 | 127,264.1 | 133.45 | 0.0004 | 0.0008 | 1.34 | 0.22 | 0.1 | IDENTICAL (1 checked) | 1 of 1 |
|
||||
| ladder-n20-B1-k1 | 32.0 | 1 of 476 | k1, soa | 2.218 | 0.5 M | 2,115 | 102 | 214,807.2 | 225.24 | 0.0005 | 0.0008 | 2.22 | 0.22 | 0.1 | IDENTICAL (1 checked) | 1 of 1 |
|
||||
| ladder-n20-B32-k2 | 32.0 | 32 of 476 | k2, soa | 1.385 | 24.2 M | 1,321 | 107 | 4,431.8 | 4.65 | 0.0037 | 0.0062 | 1.39 | 0.22 | 3.0 | IDENTICAL (1 checked) | 32 of 32 |
|
||||
| ladder-n20-B32-k1 | 32.0 | 32 of 476 | k1, soa | 2.322 | 14.5 M | 2,214 | 103 | 7,112.4 | 7.46 | 0.0037 | 0.0074 | 2.33 | 0.22 | 1.8 | IDENTICAL (1 checked) | 32 of 32 |
|
||||
| ladder-n20-B128-k2 | 32.0 | 128 of 476 | k2, soa | 1.445 | 92.9 M | 1,378 | 105 | 1,135.1 | 1.19 | 0.0136 | 0.0184 | 1.48 | 0.22 | 11.5 | IDENTICAL (1 checked) | 128 of 128 |
|
||||
| ladder-n20-B128-k1 | 32.0 | 128 of 476 | k1, soa | 2.361 | 56.9 M | 2,251 | 104 | 1,834.0 | 1.92 | 0.0135 | 0.0172 | 2.39 | 0.22 | 7.0 | IDENTICAL (1 checked) | 128 of 128 |
|
||||
| diag-n14-k1 | 0.5 | 28102 of 28102 | k1, soa | 0.068 | 6,755.6 M | 4,160 | 413 | 61.2 | 0.00 | 0.0471 | 1.9260 | 2.04 | - | - | IDENTICAL (2 checked) | 28102 of 28102 |
|
||||
| diag-n16-k1 | 2.0 | 7457 of 7457 | k1, soa | 0.149 | 3,269.4 M | 2,281 | 266 | 81.5 | 0.01 | 0.0498 | 0.6482 | 0.85 | - | - | IDENTICAL (2 checked) | 7457 of 7457 |
|
||||
| diag-n18-k1 | 8.0 | 1897 of 1897 | k1, soa | 0.597 | 833.5 M | 2,276 | 146 | 174.6 | 0.05 | 0.0502 | 0.1750 | 0.82 | - | - | IDENTICAL (2 checked) | 1897 of 1897 |
|
||||
|
||||
CPU reference on the same pod (cpu_ref: sha_ni SHA-256, byte-identical to the B3P1 spec by selftest):
|
||||
|
||||
| n | MiB | threads | label s per instance | Merkle s | proof s | verify s | labels/s per instance | instance labels per wall second, whole prover, all threads | accepted |
|
||||
|---|---|---|---|---|---|---|---|---|---|
|
||||
| 20 | 32 | 1 | 0.129 | 0.094 | 0.00028 | 0.00224 | 8.11 M | 4.5 M | 1 of 1 |
|
||||
| 22 | 128 | 1 | 0.544 | 0.373 | 0.00045 | 0.00246 | 7.71 M | 4.4 M | 1 of 1 |
|
||||
| 24 | 512 | 1 | 2.327 | 1.550 | 0.00070 | 0.00269 | 7.21 M | 4.2 M | 1 of 1 |
|
||||
| 20 | 32 | 26 | 0.136 | 0.097 | 0.00034 | 0.00225 | 7.72 M | 59.7 M | 26 of 26 |
|
||||
| 22 | 128 | 26 | 0.561 | 0.390 | 0.15758 | 0.00288 | 7.48 M | 53.2 M | 26 of 26 |
|
||||
|
||||
#### NVIDIA GeForce RTX 4090 (rented pod, stock clocks; host CPU AMD EPYC 7513 32-Core Processor, nproc=15 cgroup_cpus=15); idle board power 14.6 W over 30 samples (not subtracted)
|
||||
|
||||
| row | MiB per instance | instances in flight | kernel, layout | label pass per batch (s) | labels/s, card | ns per label, per instance | board W (mean) | nJ per label | J per instance (labels) | commit per batch (s) | proof per batch (s) | GPU instance latency (s) | CPU sequential instance (s) | card = N one-thread CPU instances | oracle | accepted proofs |
|
||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
||||
| main-n20-k1 | 32.0 | 353 of 353 | k1, soa | 2.399 | 154.3 M | 2,288 | 79 | 512.0 | 0.54 | 0.0481 | 0.0289 | 2.48 | 0.19 | 16.0 | IDENTICAL (2 checked) | 353 of 353 |
|
||||
| main-n20-k2 | 32.0 | 353 of 353 | k2, soa | 1.435 | 258.0 M | 1,368 | 94 | 362.6 | 0.38 | 0.0478 | 0.0295 | 1.51 | 0.19 | 26.7 | IDENTICAL (2 checked) | 353 of 353 |
|
||||
| main-n22-k1 | 128.0 | 88 of 88 | k1, soa | 9.619 | 38.4 M | 2,293 | 79 | 2,065.3 | 8.66 | 0.0477 | 0.0095 | 9.68 | 0.82 | 4.4 | IDENTICAL (2 checked) | 88 of 88 |
|
||||
| main-n22-k2 | 128.0 | 88 of 88 | k2, soa | 5.801 | 63.6 M | 1,383 | 81 | 1,274.6 | 5.35 | 0.0482 | 0.0094 | 5.86 | 0.82 | 7.3 | IDENTICAL (2 checked) | 88 of 88 |
|
||||
| main-n24-k1 | 512.0 | 22 of 22 | k1, soa | 38.474 | 9.6 M | 2,293 | 79 | 8,278.1 | 138.88 | 0.0478 | 0.0032 | 38.52 | 3.44 | 1.2 | IDENTICAL (2 checked) | 22 of 22 |
|
||||
| main-n24-k2 | 512.0 | 22 of 22 | k2, soa | 22.738 | 16.2 M | 1,355 | 78 | 4,826.6 | 80.98 | 0.0480 | 0.0030 | 22.79 | 3.44 | 2.0 | IDENTICAL (2 checked) | 22 of 22 |
|
||||
| abl-n20-k1-aos | 32.0 | 353 of 353 | k1, aos | 2.424 | 152.7 M | 2,311 | 83 | 542.7 | 0.57 | 0.0835 | 0.0314 | 2.54 | 0.19 | 15.8 | IDENTICAL (2 checked) | 353 of 353 |
|
||||
| ladder-n20-B1-k2 | 32.0 | 1 of 353 | k2, soa | 1.375 | 0.8 M | 1,312 | 78 | 102,447.5 | 107.42 | 0.0003 | 0.0003 | 1.38 | 0.19 | 0.1 | IDENTICAL (1 checked) | 1 of 1 |
|
||||
| ladder-n20-B1-k1 | 32.0 | 1 of 353 | k1, soa | 2.337 | 0.4 M | 2,229 | 78 | 173,376.7 | 181.80 | 0.0003 | 0.0003 | 2.34 | 0.19 | 0.0 | IDENTICAL (1 checked) | 1 of 1 |
|
||||
| ladder-n20-B32-k2 | 32.0 | 32 of 353 | k2, soa | 1.400 | 24.0 M | 1,335 | 78 | 3,271.3 | 3.43 | 0.0045 | 0.0034 | 1.41 | 0.19 | 2.5 | IDENTICAL (1 checked) | 32 of 32 |
|
||||
| ladder-n20-B32-k1 | 32.0 | 32 of 353 | k1, soa | 2.371 | 14.2 M | 2,261 | 77 | 5,451.3 | 5.72 | 0.0045 | 0.0038 | 2.38 | 0.19 | 1.5 | IDENTICAL (1 checked) | 32 of 32 |
|
||||
| ladder-n20-B128-k2 | 32.0 | 128 of 353 | k2, soa | 1.443 | 93.0 M | 1,376 | 78 | 839.9 | 0.88 | 0.0174 | 0.0110 | 1.47 | 0.19 | 9.6 | IDENTICAL (1 checked) | 128 of 128 |
|
||||
| ladder-n20-B128-k1 | 32.0 | 128 of 353 | k1, soa | 2.399 | 55.9 M | 2,288 | 78 | 1,402.7 | 1.47 | 0.0175 | 0.0119 | 2.43 | 0.19 | 5.8 | IDENTICAL (1 checked) | 128 of 128 |
|
||||
| diag-n14-k1 | 0.5 | 20838 of 20838 | k1, soa | 0.070 | 4,897.5 M | 4,255 | 305 | 62.4 | 0.00 | 0.0447 | 1.0917 | 1.21 | - | - | IDENTICAL (2 checked) | 20838 of 20838 |
|
||||
| diag-n16-k1 | 2.0 | 5530 of 5530 | k1, soa | 0.152 | 2,382.2 M | 2,321 | 189 | 79.5 | 0.01 | 0.0468 | 0.3434 | 0.54 | - | - | IDENTICAL (2 checked) | 5530 of 5530 |
|
||||
| diag-n18-k1 | 8.0 | 1407 of 1407 | k1, soa | 0.602 | 613.0 M | 2,295 | 108 | 176.8 | 0.05 | 0.0473 | 0.0980 | 0.75 | - | - | IDENTICAL (2 checked) | 1407 of 1407 |
|
||||
|
||||
CPU reference on the same pod (cpu_ref: sha_ni SHA-256, byte-identical to the B3P1 spec by selftest):
|
||||
|
||||
| n | MiB | threads | label s per instance | Merkle s | proof s | verify s | labels/s per instance | instance labels per wall second, whole prover, all threads | accepted |
|
||||
|---|---|---|---|---|---|---|---|---|---|
|
||||
| 20 | 32 | 1 | 0.108 | 0.084 | 0.00022 | 0.00193 | 9.66 M | 5.3 M | 1 of 1 |
|
||||
| 22 | 128 | 1 | 0.484 | 0.331 | 0.00028 | 0.00213 | 8.67 M | 5.0 M | 1 of 1 |
|
||||
| 24 | 512 | 1 | 2.101 | 1.335 | 0.00034 | 0.00231 | 7.98 M | 4.8 M | 1 of 1 |
|
||||
| 20 | 32 | 15 | 0.115 | 0.084 | 0.00024 | 0.00196 | 9.09 M | 58.0 M | 15 of 15 |
|
||||
| 22 | 128 | 15 | 0.516 | 0.342 | 0.02408 | 0.00226 | 8.13 M | 56.3 M | 15 of 15 |
|
||||
|
||||
## BLOCKED and open rows
|
||||
|
||||
| row | what | why it is open | who closes it |
|
||||
|---|---|---|---|
|
||||
| X-1 | any comparison of this work unit with the v6 work unit (per accepted proof against per accepted v6 share) | the Track B rule: an equivalent lottery-contribution and security-budget comparison must be written and approved by the coordinator before any such number; none exists | the coordinator, then this lane re-reads the rows under it |
|
||||
| X-2 | the number of challenges k | [BS25] Corollary 3 sets k = 2 lambda log N / c1 with DRSample's depth-robustness constant; with [ABH17]'s proved constants (e about 2.43e-4 N / log N) k exceeds N, so no concrete k follows from the proved bound; the rows use k = 64 for timing only (proof creation is under 0.04 s per batch at k = 64 and scales linearly; proof size 129 to 154 KB at k = 64) | B1 and B4 (the concrete constants) |
|
||||
| X-3 | joules per label for the CPU baseline, and any wall-power figure | rented containers expose no wall meter and no RAPL counters; the GPU rows are board power only | a box with a wall meter (the house rigs are blocked for every lane today) |
|
||||
| X-4 | the specialist's energy per label for this function | the adversary lane's chip model; an approximate reading from memory follows, labelled approximate and neither a WITNESS nor a BOUND: a BLAKE2b compression costs a hashing ASIC on the order of picojoules, and one 32-byte SRAM read plus one write per label is of the same order, so a specialist's energy per label at 32 MiB is plausibly one to two orders of magnitude under the GPU's 0.4 to 0.5 microjoules | the adversary lane (WITNESS rows) |
|
||||
| X-5 | B1's reference was a working copy (build-6, 09:26Z) when the rows ran | CLOSED at 11:1x UK: B1 has landed on master (tools/mhpow/b1) and its landed sources and fixtures are byte-identical to the copy the oracle used (params.py d47b8ff5, drsample.py 4169a5fc, mtp.py c0feed31; kat-n04..n20 json 9f85b22a, 2c741be9, 51ccacd3, 240f50bc, fd0d75b6; proof.bin 481a39fa, d45a9756, 3c7de053, 793fd4d5, a49367d9), so every row stands against the landed B1 | none |
|
||||
| X-6 | an encoding that halves the per-label critical path for every prover (two-block label, first block independent of `l_{v-1}`) | B3P1 shows 1.6x per GPU instance; it helps a CPU and a specialist the same way, so it is not a GPU lever, and changing the encoding is B1's and B2's call with its own proof review | B1, B2 |
|
||||
| X-7 | 8, 12 and 16 GB cards | not rented; instance counts scale with memory; the tier table below derives them from the measured per-instance rate (derived, not measured) | the fleet lane can rent a 4060/3060-class pod on request |
|
||||
| X-8 | a cheating prover on a GPU (partial labelling, the ex-post-facto graph of [BS25] section 4) | B4's theorem work defines the adversary first; B3 measured the honest prover only | B4, then this lane |
|
||||
| X-9 | the trimmed-tree honest prover (keep only the upper Merkle levels, rebuild sibling subtrees at proof time) | not built; it raises instances in flight by at most about 2x (the tree is half of the state), which moves no row out of the trap | this lane if the panel asks |
|
||||
|
||||
## Consequences for each user tier
|
||||
|
||||
Derived, not measured, except the 24 and 32 GB rows above: instances = (card memory - 1.5 GB reserve) / (labels + tree + proof slot), labels per second = instances / one thread's measured time per label (1,667 ns, the 4090 B1 main rows); "CPU threads" divides by the 4090 pod's one-thread C-port rate at the same size.
|
||||
|
||||
| card memory | 32 MiB: instances, M labels/s, = CPU threads | 128 MiB | 512 MiB |
|
||||
|---|---|---|---|
|
||||
| 8 GB | 103, 61.8 M, 15.0 | 25, 15.0 M, 3.8 | 6, 3.6 M, 0.9 |
|
||||
| 12 GB | 167, 100.2 M, 24.4 | 41, 24.6 M, 6.2 | 10, 6.0 M, 1.6 |
|
||||
| 16 GB | 231, 138.5 M, 33.7 | 57, 34.2 M, 8.6 | 14, 8.4 M, 2.2 |
|
||||
| 24 GB | 359, 215.3 M, 52.4 | 89, 53.4 M, 13.4 | 22, 13.2 M, 3.5 |
|
||||
| 32 GB | 487, 292.1 M, 71.1 | 121, 72.6 M, 18.3 | 30, 18.0 M, 4.7 |
|
||||
|
||||
What it means per tier: a home miner with one 8 GB card at 32 MiB per instance labels about as fast as 15 CPU threads, at 512 MiB as fast as 0.9 of one CPU thread; one 24 or 32 GB card equals 52 to 71 CPU threads at 32 MiB and 3.5 to 4.7 at 512 MiB (one-thread kernel; the measured rows above add the board's own figures); a rig scales linearly with cards and so does a server CPU with cores. A pool user sees the same per-card rate. Windows and Linux run the same CUDA kernel (measured on Linux only); AMD, Intel and Apple GPUs have no kernel here (the per-thread chain argument applies to them unchanged: one instance per lane, instances capped by memory). What this lane does about it: the B3 sizes are reported as failing the plan's GPU-competitiveness gate; the only GPU-favourable regime measured is instances under 2 MiB, which hands the specialist an SRAM-resident design (rows diag-n12 to n16), so B3 asks B1, B2 and B4 for a construction whose per-label work is memory-bound rather than hash-bound before any further GPU tuning.
|
||||
|
||||
## Commands
|
||||
|
||||
```
|
||||
tools/mhpow/b3/build.sh # on the pod: cpu_ref, b3_gpu (B3P1), cpu_ref_b1, b3_gpu_b1 (B1)
|
||||
tools/mhpow/b3/test_known_failed_b1.sh <b1-kat-dir> # the oracle chain and its known-failed case
|
||||
tools/mhpow/b3/run_rows_b1.sh <card-label> <b1-kat-dir> # the B1 rows, writes /root/b3/out/<label>/
|
||||
tools/mhpow/b3/test_known_failed.sh; tools/mhpow/b3/run_rows.sh <card-label> # the B3P1 control
|
||||
cd docs/analysis/mhpow/b3/rows && python3 ../../../../../tools/mhpow/b3/parse_rows.py rtx5090-b1 rtx4090-b1
|
||||
```
|
||||
106
docs/analysis/mhpow/b3/README.src.md
Normal file
106
docs/analysis/mhpow/b3/README.src.md
Normal file
|
|
@ -0,0 +1,106 @@
|
|||
# B3: GPU adaptation of the MTP/DRSample proof of work, without changing the theorem
|
||||
|
||||
Track B item B3 (package R15-06, the GPU feasibility lane), 9 October 2026. Status: every row below is NOT RUN until the panel reads it. Nothing activates. No row compares this work unit with the v6 work unit; that comparison needs a contract that does not exist yet (row X-1). No PASS is claimed here.
|
||||
|
||||
## The finding in one paragraph (for the panel; NOT RUN)
|
||||
|
||||
The exact function runs on the GPU byte for byte (B1's fixtures reproduced; every GPU proof accepted; the known-failed graph refused). At the B3 sizes the GPU is caught in the trap the plan warned of: each instance is one hash chain (one BLAKE2b block per label, about 1.5 to 1.7 microseconds on one GPU thread), memory caps the instances in flight, and so a whole RTX 5090 / RTX 4090 labels like 87 / 52 one-thread CPU instances at 32 MiB, 23 / 13 at 128 MiB and 5.8 / 3.5 at 512 MiB, drawing about 80 to 110 W of a 450 to 480 W board. At 128 and 512 MiB the function is principally CPU-friendly, the plan's rejection case; at 32 MiB the card is a mid-size server CPU. The card fills itself only with instances of 2 MiB or less (5 to 12 G labels per second, 38 to 64 nJ per label), which a specialist holds whole in on-die SRAM. Layout (SOA against AOS, block shape) moves the rate by 0 to 5 percent: the lever is the dependency chain, not the memory system. These rows are the control for the Track B pivot.
|
||||
|
||||
## Sources (by sha)
|
||||
|
||||
| source | identity |
|
||||
|---|---|
|
||||
| The founder's research plan, "IGNEUM - The 1.5x Research Programme" (sections 4.6, 6 B3, 8, 10) | sha256 269ceaa5824d09140a1bcc124dba59438db5a5e68fddc18960db7141fefc0305 |
|
||||
| The 1.5x experiment brief | sha256 74ee073286d4a6e2... (as cited by the common brief) |
|
||||
| [BS25] Blocki and Smearsoll, Provably Memory-Hard Proofs of Work With Memory-Easy Verification, TCC 2025, eprint 2025/1456, the FULL paper (46 pages, TeX build 11 Aug 2025) | sha256 13c3646e7d85c1aa58a92914582caab5798d90cf2a3cad33e58d81d49c1d31db (eprint.iacr.org answers curl with a Cloudflare challenge; this copy is the Wayback Machine's capture of the eprint PDF) |
|
||||
| [ABH17] Alwen, Blocki and Harsha, Practical Graphs for Optimal Side-Channel Resistant Memory-Hard Functions, CCS 2017, eprint 2017/443, Algorithm 1 (DRSample) | sha256 f8e08d361118120c905550d3ac63efffe2a806d68276b070c24e7aa15d8fa8eb (17 pages, Wayback capture) |
|
||||
| The B1 lane's CPU reference (R15-05), working copy on build-6 at 09:26Z; landed on master since, byte-identical (row X-5) | params.py d47b8ff5..., drsample.py 4169a5fc..., mtp.py c0feed31..., gen_fixtures.py b7a2a89f...; fixtures kat-n04..n20 (SHA256SUMS: kat-n20.json fd0d75b6..., kat-n20.proof.bin a49367d9...) |
|
||||
| This lane's code | tools/mhpow/b3/ on branch mhpow-b3; B1-encoding build id d672d3839ebb45e5, B3P1 control build id 2079d0d8ce7eef96 (sha256 of the four source files, build.sh) |
|
||||
|
||||
Sections of [BS25] used: 2.2 (the labelling game, `l_v = H(chi, v, parents' labels)`), 3.2 (the MTP framework: honest prover, commitment, challenges, verifier), 4.1 (the Merkle layout), 5 and 6.1 (the soundness bound and the DRSample instantiation, which cites [ABH17] for the graph).
|
||||
|
||||
## What the function is, and what B3 may change
|
||||
|
||||
The honest prover of [BS25] section 3.2, in B1's encoding (BLAKE2b-256, lambda = 256, one-byte tags L/M/C/G, u64 little-endian integers, the graph sampled once from a public seed by [ABH17] Algorithm 1 with rejection sampling):
|
||||
|
||||
1. label every node in topological order: `l_1 = H('L' | chi | 1)`, `l_2 = H('L' | chi | 2 | l_1)`, `l_v = H('L' | chi | v | l_{v-r} | l_{v-1})` with `v-r <= v-2` drawn by DRSample;
|
||||
2. commit: a Merkle tree over the N labels in the paper's bit order, inner nodes `H('M' | chi | left | right)`;
|
||||
3. challenge: `c_i = H('C' | chi | i | root) mod N`, i = 1..k;
|
||||
4. open each challenged node and its parents with their Merkle paths (B1's container `B1MTPDR1`).
|
||||
|
||||
B3 changes representation and scheduling only. The DAG edge rule, the hash, every byte hashed, the domain tags, the challenge rule and the proof container are B1's, and the oracle checks that byte for byte. What changes:
|
||||
|
||||
| change | what it is | why it is allowed |
|
||||
|---|---|---|
|
||||
| batching across instances | many instances (different chi) in flight; the graph table is shared because the graph is data-independent and fixed a priori | each instance is computed exactly as specified; nothing crosses instances |
|
||||
| coalesced label storage (SOA) | labels as 4 little-endian u64 words, instance-interleaved in 16-byte halves, `(row*2+h)*B + inst`; because every instance reads the same node numbers at the same step, a warp's loads of `l_{v-r}` are one contiguous run | same bytes, different addresses |
|
||||
| AOS (ablation) | instance-major rows | same bytes |
|
||||
| the far parent fetched ahead | `l_{far(v+1)}` (always `<= v-1`) is loaded while node v hashes; `l_{v-1}` never leaves registers | the parents' labels are those of the graph; only the load time moves |
|
||||
| cooperative lanes (B3P1 control only) | in a SHA-256 reading the 104-byte label message is two blocks and the first (`chi | v | l_{v-r}[0..23]`) does not depend on `l_{v-1}`, so lane A computes node v+1's first block while lane B finishes node v | the same two compressions per label; the order of independent work changes |
|
||||
|
||||
In B1's encoding there is no cooperative split of one label: the 105-byte label message is ONE BLAKE2b block, so the per-label critical path is one compression however many lanes share it. That is a property of the encoding, not of the GPU, and it is recorded here because it decides how much a GPU can shorten one instance's chain (row X-6).
|
||||
|
||||
## The under-utilisation trap (stated before the first row)
|
||||
|
||||
Each instance is one sequential dependency chain of N labels: `l_v` needs `l_{v-1}`, so one instance can occupy one GPU thread (or, where the encoding permits, two cooperating lanes) and no more. A GPU fills its memory bandwidth and its arithmetic only with tens of thousands of threads in flight. The only lever the theorem permits for more threads is more instances, and each honest instance must hold its N labels (the memory-hard part: [BS25] proves that a prover who keeps less pays in cumulative memory) plus its Merkle tree. So the card's memory caps the instances in flight: at 32 MiB of labels per instance (64 MiB with the tree) a 32 GB card holds about 476 instances, at 128 MiB about 119, at 512 MiB about 29. Shrinking the instance to fill the card (tens of thousands of instances) makes each instance a few hundred KiB, small enough for a specialist to keep whole instances in on-die SRAM. Deleting edges or splitting the chain to create parallelism inside an instance changes the graph and voids the proof (the known-failed test below is exactly that change, and the oracle refuses it).
|
||||
|
||||
So the GPU's throughput at the B3 sizes is (instances that fit) divided by (one thread's time per label). One thread's time per label on these cards is about 1.7 microseconds (B1 encoding); one CPU thread's is 0.25 microseconds with the scalar BLAKE2b port (0.10 to 0.14 with sha_ni SHA-256 in the control). The rows measure how far that leaves the card below a CPU.
|
||||
|
||||
## Method
|
||||
|
||||
- Pods: a rented RTX 5090 (Vast 54994203, driver 580.126.09, host EPYC 7K62, the container's CPU quota 26 CPUs) and a rented RTX 4090 (Vast 54994221, driver 570.153.02, host EPYC 7513, quota 15 CPUs), from the fleet lane, CUDA 12.8. Stock clocks: no clock lock on a rented pod (said in every row). The 5090's host had set its board power limit to 480 W (default 600 W, meta.txt); no row drew more than about 415 W, so the limit did not bind. The 5090 host's load average was 81 at the start of the control run (other tenants on a shared EPYC), so its CPU rows are noisier than the 4090 host's. The host CPUs are shared with other tenants; the CPU rows carry the load average in meta.txt.
|
||||
- Power boundary: GPU board power (`nvidia-smi power.draw`) at 1 Hz for the whole run, integrated sample-and-hold over each row's labelling window; idle (5.8 W on the 5090, 14.6 W on the 4090, 30 s windows) is NOT subtracted; host and wall power are not measured (row X-3).
|
||||
- Each row: the B1 graph table on the host (the spec function, host threads), allocation, the label passes (repeated until at least 20 s of labelling so the 1 Hz meter has at least 20 samples; the first pass is dropped as warm-up when there are several), the commitment, the proof creation (device challenges and openings, copy home, B1's container), then every GPU proof through the C-port verifier with the TRUE graph, then the oracle.
|
||||
- The correctness oracle, in three links: (1) `cpu_ref_b1 kat` reproduces B1's five known-answer fixtures (n = 4, 8, 12, 16, 20: chi, graph parents, labels sha256, tau, proof sha256 and the .proof.bin bytes); (2) in every row the GPU's labels, every Merkle node, root and proof container equal the C port's for the checked instances (2 per main row, spread across the batch; every GPU proof is verified); (3) instance 0 of every batch is B1's own KAT input, and at n = 20 its labels sha256 and tau are compared with B1's kat-n20.json directly. A timing row counts only when all three say identical.
|
||||
- The known-failed test (`test_known_failed_b1.sh`): the GPU runs with DRSample's long edges deleted (`far(v) = v-2`, "a faster graph with the old proof"); the oracle must report MISMATCH, 0 proofs accepted and exit 1, and the unmodified run must report IDENTICAL with instance 0 equal to B1's fixture. Result on both cards: PASS (the oracle fired on the known-failed case and passed the known-finished one).
|
||||
- The CPU baseline: `cpu_ref_b1 time` on the pod's own CPU, the C port (portable BLAKE2b, the spec's bytes) with one thread (THE sequential row) and with the container's whole quota (a diagnostic). B1's own CPython reference took 1.016 s for the n = 20 labels on build-6 (its row-n20-k64.json), about 1 microsecond per label, which is CPython's call overhead; the C port is the fair CPU.
|
||||
- No raw hashes per second anywhere: rows are per instance, per label and per accepted proof.
|
||||
- Figures: every table below is the verbatim output of `python3 tools/mhpow/b3/parse_rows.py <dirs>` run in docs/analysis/mhpow/b3/rows/ on the raw files there (rows.jsonl, power.csv, idle.json, cpu.jsonl, meta.txt).
|
||||
|
||||
## Oracle verdicts
|
||||
|
||||
<<ORACLE>>
|
||||
|
||||
## Rows, B1 encoding (the counted rows)
|
||||
|
||||
Stock clocks, rented pods, board power, idle not subtracted, against B1's fixtures (the working copy the rows used equals the landed tools/mhpow/b1/fixtures byte for byte; row X-5). k = 64 challenges in every row (a timing placeholder; row X-2).
|
||||
|
||||
<<B1_TABLES>>
|
||||
|
||||
### What each row means for GPU competitiveness
|
||||
|
||||
<<MEANING>>
|
||||
|
||||
## Control rows, the B3 lane's SHA-256 reading (B3P1)
|
||||
|
||||
Before B1's reference existed this lane ran its own literal reading of the paper (SHA-256, no tags, the same graph rule with SHA-256 coins). These rows are a control, not the function: their oracle is the lane's own reference (`cpu_ref selftest`, the GPU byte-identical on every checked instance, the known-failed test PASS). They show the one thing the B1 rows cannot: what a two-block label (first block independent of `l_{v-1}`) buys with two cooperating lanes (k2), about 1.6x per instance on both cards. The CPU column here is a sha_ni core.
|
||||
|
||||
<<B3P1_TABLES>>
|
||||
|
||||
## BLOCKED and open rows
|
||||
|
||||
| row | what | why it is open | who closes it |
|
||||
|---|---|---|---|
|
||||
| X-1 | any comparison of this work unit with the v6 work unit (per accepted proof against per accepted v6 share) | the Track B rule: an equivalent lottery-contribution and security-budget comparison must be written and approved by the coordinator before any such number; none exists | the coordinator, then this lane re-reads the rows under it |
|
||||
| X-2 | the number of challenges k | [BS25] Corollary 3 sets k = 2 lambda log N / c1 with DRSample's depth-robustness constant; with [ABH17]'s proved constants (e about 2.43e-4 N / log N) k exceeds N, so no concrete k follows from the proved bound; the rows use k = 64 for timing only (proof creation is under 0.04 s per batch at k = 64 and scales linearly; proof size 129 to 154 KB at k = 64) | B1 and B4 (the concrete constants) |
|
||||
| X-3 | joules per label for the CPU baseline, and any wall-power figure | rented containers expose no wall meter and no RAPL counters; the GPU rows are board power only | a box with a wall meter (the house rigs are blocked for every lane today) |
|
||||
| X-4 | the specialist's energy per label for this function | the adversary lane's chip model; an approximate reading from memory follows, labelled approximate and neither a WITNESS nor a BOUND: a BLAKE2b compression costs a hashing ASIC on the order of picojoules, and one 32-byte SRAM read plus one write per label is of the same order, so a specialist's energy per label at 32 MiB is plausibly one to two orders of magnitude under the GPU's 0.4 to 0.5 microjoules | the adversary lane (WITNESS rows) |
|
||||
| X-5 | B1's reference was a working copy (build-6, 09:26Z) when the rows ran | CLOSED at 11:1x UK: B1 has landed on master (tools/mhpow/b1) and its landed sources and fixtures are byte-identical to the copy the oracle used (params.py d47b8ff5, drsample.py 4169a5fc, mtp.py c0feed31; kat-n04..n20 json 9f85b22a, 2c741be9, 51ccacd3, 240f50bc, fd0d75b6; proof.bin 481a39fa, d45a9756, 3c7de053, 793fd4d5, a49367d9), so every row stands against the landed B1 | none |
|
||||
| X-6 | an encoding that halves the per-label critical path for every prover (two-block label, first block independent of `l_{v-1}`) | B3P1 shows 1.6x per GPU instance; it helps a CPU and a specialist the same way, so it is not a GPU lever, and changing the encoding is B1's and B2's call with its own proof review | B1, B2 |
|
||||
| X-7 | 8, 12 and 16 GB cards | not rented; instance counts scale with memory; the tier table below derives them from the measured per-instance rate (derived, not measured) | the fleet lane can rent a 4060/3060-class pod on request |
|
||||
| X-8 | a cheating prover on a GPU (partial labelling, the ex-post-facto graph of [BS25] section 4) | B4's theorem work defines the adversary first; B3 measured the honest prover only | B4, then this lane |
|
||||
| X-9 | the trimmed-tree honest prover (keep only the upper Merkle levels, rebuild sibling subtrees at proof time) | not built; it raises instances in flight by at most about 2x (the tree is half of the state), which moves no row out of the trap | this lane if the panel asks |
|
||||
|
||||
## Consequences for each user tier
|
||||
|
||||
<<TIERS>>
|
||||
|
||||
## Commands
|
||||
|
||||
```
|
||||
tools/mhpow/b3/build.sh # on the pod: cpu_ref, b3_gpu (B3P1), cpu_ref_b1, b3_gpu_b1 (B1)
|
||||
tools/mhpow/b3/test_known_failed_b1.sh <b1-kat-dir> # the oracle chain and its known-failed case
|
||||
tools/mhpow/b3/run_rows_b1.sh <card-label> <b1-kat-dir> # the B1 rows, writes /root/b3/out/<label>/
|
||||
tools/mhpow/b3/test_known_failed.sh; tools/mhpow/b3/run_rows.sh <card-label> # the B3P1 control
|
||||
cd docs/analysis/mhpow/b3/rows && python3 ../../../../../tools/mhpow/b3/parse_rows.py rtx5090-b1 rtx4090-b1
|
||||
```
|
||||
5
docs/analysis/mhpow/b3/rows/rtx4090-b1/cpu.jsonl
Normal file
5
docs/analysis/mhpow/b3/rows/rtx4090-b1/cpu.jsonl
Normal file
|
|
@ -0,0 +1,5 @@
|
|||
{"mode":"cpu_time","encoding":"B1","impl":"C port, portable BLAKE2b","n":20,"N":1048576,"k":64,"threads":1,"graph_s_single_thread":0.441,"label_s_mean":0.2553,"merkle_s_mean":0.2298,"prove_s_mean":0.000137,"verify_s_mean":0.000814,"wall_s":0.492,"labels_per_s_per_instance":4107296.4,"labels_per_s_all":2130498.7,"accepted":1}
|
||||
{"mode":"cpu_time","encoding":"B1","impl":"C port, portable BLAKE2b","n":22,"N":4194304,"k":64,"threads":1,"graph_s_single_thread":1.767,"label_s_mean":1.0556,"merkle_s_mean":0.9120,"prove_s_mean":0.000147,"verify_s_mean":0.000896,"wall_s":1.987,"labels_per_s_per_instance":3973250.0,"labels_per_s_all":2110365.2,"accepted":1}
|
||||
{"mode":"cpu_time","encoding":"B1","impl":"C port, portable BLAKE2b","n":24,"N":16777216,"k":64,"threads":1,"graph_s_single_thread":7.097,"label_s_mean":4.4080,"merkle_s_mean":3.6580,"prove_s_mean":0.000182,"verify_s_mean":0.000971,"wall_s":8.144,"labels_per_s_per_instance":3806095.3,"labels_per_s_all":2060189.3,"accepted":1}
|
||||
{"mode":"cpu_time","encoding":"B1","impl":"C port, portable BLAKE2b","n":20,"N":1048576,"k":64,"threads":15,"graph_s_single_thread":0.440,"label_s_mean":0.2609,"merkle_s_mean":0.2324,"prove_s_mean":0.000138,"verify_s_mean":0.000833,"wall_s":0.567,"labels_per_s_per_instance":4018471.6,"labels_per_s_all":27757163.7,"accepted":15}
|
||||
{"mode":"cpu_time","encoding":"B1","impl":"C port, portable BLAKE2b","n":22,"N":4194304,"k":64,"threads":15,"graph_s_single_thread":1.770,"label_s_mean":1.0989,"merkle_s_mean":0.9401,"prove_s_mean":0.000152,"verify_s_mean":0.000921,"wall_s":2.297,"labels_per_s_per_instance":3816752.7,"labels_per_s_all":27388023.6,"accepted":15}
|
||||
1
docs/analysis/mhpow/b3/rows/rtx4090-b1/idle.json
Normal file
1
docs/analysis/mhpow/b3/rows/rtx4090-b1/idle.json
Normal file
|
|
@ -0,0 +1 @@
|
|||
{"idle_window_unix_ms":[1791538382000,1791538412000]}
|
||||
15
docs/analysis/mhpow/b3/rows/rtx4090-b1/known-failed-b1.log
Normal file
15
docs/analysis/mhpow/b3/rows/rtx4090-b1/known-failed-b1.log
Normal file
|
|
@ -0,0 +1,15 @@
|
|||
{"kat":4,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
{"kat":8,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
{"kat":12,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
{"kat":16,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
{"kat":20,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
CASE b1_kat_port PASS
|
||||
{"tag":"known-failed-b1","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B1","n":12,"N":4096,"inst_MiB":0.1,"B":96,"Bmax":69485,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":1,"passes":1,"graph_s":0.0024,"state_alloc_s":0.0004,"label_s_per_pass":0.006761,"labels_per_s":58155382.0,"labels_per_s_per_inst":605785.2,"ns_per_label_per_inst":1650.75,"merkle_s":0.000143,"prove_s":0.005608,"verify_all_s":0.0001,"accepted":0,"checked":4,"lab_bad_inst":4,"tree_bad_inst":4,"root_bad":4,"proof_bad":4,"b1_kat_instance0":0,"check_s":0.02,"oracle":"MISMATCH","label_window_unix_ms":[1791538838416,1791538838423],"free_gib":23.14,"per_inst_MiB":0.3,"proof_bytes_inst0":79981}
|
||||
CASE known_failed_wrong_edge_b1 PASS (oracle fired)
|
||||
{"tag":"known-finished-b1-n8","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B1","n":8,"N":256,"inst_MiB":0.0,"B":96,"Bmax":331078,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":1,"graph_s":0.0008,"state_alloc_s":0.0002,"label_s_per_pass":0.000553,"labels_per_s":44444446.2,"labels_per_s_per_inst":462963.0,"ns_per_label_per_inst":2160.00,"merkle_s":0.000084,"prove_s":0.004329,"verify_all_s":0.0021,"accepted":96,"checked":4,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":0.00,"oracle":"IDENTICAL","label_window_unix_ms":[1791538838737,1791538838738],"free_gib":23.14,"per_inst_MiB":0.1,"proof_bytes_inst0":55405}
|
||||
CASE known_finished_b1_n8 PASS
|
||||
{"tag":"known-finished-b1-n12","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B1","n":12,"N":4096,"inst_MiB":0.1,"B":96,"Bmax":69485,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":1,"graph_s":0.0024,"state_alloc_s":0.0004,"label_s_per_pass":0.007036,"labels_per_s":55887062.1,"labels_per_s_per_inst":582156.9,"ns_per_label_per_inst":1717.75,"merkle_s":0.000139,"prove_s":0.005734,"verify_all_s":0.0033,"accepted":96,"checked":4,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":0.03,"oracle":"IDENTICAL","label_window_unix_ms":[1791538839032,1791538839039],"free_gib":23.14,"per_inst_MiB":0.3,"proof_bytes_inst0":79981}
|
||||
CASE known_finished_b1_n12 PASS
|
||||
{"tag":"known-finished-b1-n16","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B1","n":16,"N":65536,"inst_MiB":2.0,"B":96,"Bmax":5530,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":1,"graph_s":0.0031,"state_alloc_s":0.0005,"label_s_per_pass":0.112919,"labels_per_s":55716740.3,"labels_per_s_per_inst":580382.7,"ns_per_label_per_inst":1723.00,"merkle_s":0.000802,"prove_s":0.007617,"verify_all_s":0.0048,"accepted":96,"checked":4,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":0.39,"oracle":"IDENTICAL","label_window_unix_ms":[1791538839361,1791538839474],"free_gib":23.14,"per_inst_MiB":4.1,"proof_bytes_inst0":104557}
|
||||
CASE known_finished_b1_n16 PASS
|
||||
RESULT test_known_failed_b1 PASS
|
||||
16
docs/analysis/mhpow/b3/rows/rtx4090-b1/meta.txt
Normal file
16
docs/analysis/mhpow/b3/rows/rtx4090-b1/meta.txt
Normal file
|
|
@ -0,0 +1,16 @@
|
|||
label=rtx4090-b1
|
||||
encoding=B1 (tools/mhpow/b1 at build-6 09:26Z: params.py d47b8ff5, drsample.py 4169a5fc, mtp.py c0feed31)
|
||||
src_id_b1=d672d3839ebb45e5
|
||||
2026-10-09T09:33:01Z
|
||||
model name : AMD EPYC 7513 32-Core Processor
|
||||
nproc=64 cgroup_cpus=15
|
||||
16.10 16.82 23.72 16/1143 1605
|
||||
name, driver_version, vbios_version, power.limit [W], power.default_limit [W], clocks.max.sm [MHz], clocks.max.memory [MHz], memory.total [MiB], pcie.link.gen.current, pcie.link.width.current
|
||||
NVIDIA GeForce RTX 4090, 570.153.02, 95.02.47.00.01, 450.00 W, 450.00 W, 3105 MHz, 10501 MHz, 24564 MiB, 1, 16
|
||||
Build cuda_12.8.r12.8/compiler.35583870_0
|
||||
{"kat":4,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
{"kat":8,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
{"kat":12,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
{"kat":16,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
{"kat":20,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
16.16 16.36 20.89 16/1194 2187
|
||||
436
docs/analysis/mhpow/b3/rows/rtx4090-b1/power.csv
Normal file
436
docs/analysis/mhpow/b3/rows/rtx4090-b1/power.csv
Normal file
|
|
@ -0,0 +1,436 @@
|
|||
2026/10/09 09:33:02.617, 15.49, 0, 0, 210, 405, 1, 35
|
||||
2026/10/09 09:33:03.619, 15.50, 0, 0, 210, 405, 1, 35
|
||||
2026/10/09 09:33:04.619, 15.55, 0, 0, 210, 405, 1, 35
|
||||
2026/10/09 09:33:05.619, 15.59, 0, 0, 210, 405, 1, 35
|
||||
2026/10/09 09:33:06.620, 15.61, 0, 0, 210, 405, 1, 35
|
||||
2026/10/09 09:33:07.620, 15.47, 0, 0, 210, 405, 1, 35
|
||||
2026/10/09 09:33:08.620, 15.48, 0, 0, 210, 405, 1, 35
|
||||
2026/10/09 09:33:09.621, 15.51, 0, 0, 210, 405, 1, 35
|
||||
2026/10/09 09:33:10.621, 15.50, 0, 0, 210, 405, 1, 35
|
||||
2026/10/09 09:33:11.621, 15.47, 0, 0, 210, 405, 1, 35
|
||||
2026/10/09 09:33:12.621, 15.46, 0, 0, 210, 405, 1, 35
|
||||
2026/10/09 09:33:13.622, 15.52, 0, 0, 210, 405, 1, 35
|
||||
2026/10/09 09:33:14.622, 15.57, 0, 0, 210, 405, 1, 35
|
||||
2026/10/09 09:33:15.622, 15.66, 0, 0, 210, 405, 1, 35
|
||||
2026/10/09 09:33:16.622, 15.73, 0, 0, 210, 405, 1, 35
|
||||
2026/10/09 09:33:17.623, 15.68, 0, 0, 210, 405, 1, 34
|
||||
2026/10/09 09:33:18.623, 15.65, 0, 0, 210, 405, 1, 34
|
||||
2026/10/09 09:33:19.623, 15.68, 0, 0, 210, 405, 1, 34
|
||||
2026/10/09 09:33:20.624, 15.63, 0, 0, 210, 405, 1, 34
|
||||
2026/10/09 09:33:21.624, 15.58, 0, 0, 210, 405, 1, 34
|
||||
2026/10/09 09:33:22.624, 15.53, 0, 0, 210, 405, 1, 34
|
||||
2026/10/09 09:33:23.624, 15.48, 0, 0, 210, 405, 1, 34
|
||||
2026/10/09 09:33:24.625, 15.48, 0, 0, 210, 405, 1, 34
|
||||
2026/10/09 09:33:25.625, 15.51, 0, 0, 210, 405, 1, 34
|
||||
2026/10/09 09:33:26.625, 15.56, 0, 0, 210, 405, 1, 34
|
||||
2026/10/09 09:33:27.626, 15.60, 0, 0, 210, 405, 1, 34
|
||||
2026/10/09 09:33:28.626, 15.65, 0, 0, 210, 405, 1, 34
|
||||
2026/10/09 09:33:29.626, 15.65, 0, 0, 210, 405, 1, 34
|
||||
2026/10/09 09:33:30.626, 15.65, 0, 0, 210, 405, 1, 34
|
||||
2026/10/09 09:33:31.627, 15.53, 0, 0, 210, 405, 1, 34
|
||||
2026/10/09 09:33:32.627, 15.41, 0, 0, 210, 405, 1, 34
|
||||
2026/10/09 09:33:33.631, 37.19, 3, 0, 2685, 10251, 23042, 37
|
||||
2026/10/09 09:33:34.632, 83.16, 100, 1, 2685, 10251, 23042, 37
|
||||
2026/10/09 09:33:35.632, 83.30, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:33:36.632, 83.58, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:33:37.632, 83.50, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:33:38.633, 83.81, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:33:39.633, 83.79, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:33:40.633, 83.76, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:33:41.633, 84.10, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:33:42.634, 84.00, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:33:43.634, 84.14, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:33:44.634, 84.02, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:33:45.635, 83.47, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:33:46.635, 83.28, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:33:47.635, 83.66, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:33:48.635, 83.61, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:33:49.636, 83.88, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:33:50.636, 84.24, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:33:51.636, 83.88, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:33:52.637, 84.41, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:33:53.637, 84.53, 100, 1, 2685, 10251, 23042, 39
|
||||
2026/10/09 09:33:54.637, 92.60, 100, 13, 2670, 10251, 23042, 37
|
||||
2026/10/09 09:33:55.637, 80.95, 0, 0, 2670, 10251, 23042, 37
|
||||
2026/10/09 09:33:56.638, 62.18, 0, 0, 2520, 10251, 23042, 37
|
||||
2026/10/09 09:33:57.638, 60.73, 0, 0, 2520, 10251, 23042, 36
|
||||
2026/10/09 09:33:58.638, 59.44, 0, 0, 2520, 10251, 23042, 36
|
||||
2026/10/09 09:33:59.639, 59.52, 0, 0, 2520, 10251, 23042, 36
|
||||
2026/10/09 09:34:00.639, 59.48, 0, 0, 2520, 10251, 23042, 36
|
||||
2026/10/09 09:34:01.639, 59.50, 0, 0, 2520, 10251, 23042, 36
|
||||
2026/10/09 09:34:02.639, 59.61, 0, 0, 2520, 10251, 23042, 36
|
||||
2026/10/09 09:34:03.640, 59.63, 0, 0, 2520, 10251, 23042, 36
|
||||
2026/10/09 09:34:04.640, 59.60, 0, 0, 2520, 10251, 23042, 36
|
||||
2026/10/09 09:34:05.640, 63.36, 62, 2, 2670, 10251, 23042, 37
|
||||
2026/10/09 09:34:06.641, 68.08, 56, 2, 2670, 10251, 23042, 37
|
||||
2026/10/09 09:34:07.641, 63.63, 0, 0, 2670, 10251, 23042, 37
|
||||
2026/10/09 09:34:08.641, 62.12, 0, 0, 2670, 10251, 23042, 36
|
||||
2026/10/09 09:34:09.642, 61.72, 0, 0, 2520, 10251, 22958, 37
|
||||
2026/10/09 09:34:10.642, 78.89, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:11.642, 79.66, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:12.642, 79.58, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:13.643, 79.55, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:14.643, 79.65, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:15.643, 79.66, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:16.643, 79.67, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:17.644, 79.56, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:18.644, 79.62, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:19.644, 79.61, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:20.645, 79.69, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:21.645, 79.76, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:22.645, 79.82, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:23.645, 79.81, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:24.646, 79.80, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:25.646, 79.85, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:26.646, 79.82, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:27.646, 79.92, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:28.647, 79.84, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:29.647, 79.93, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:30.647, 79.94, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:31.647, 81.98, 100, 0, 2670, 10251, 22958, 38
|
||||
2026/10/09 09:34:32.648, 80.50, 0, 0, 2670, 10251, 22958, 37
|
||||
2026/10/09 09:34:33.648, 62.44, 0, 0, 2520, 10251, 22958, 37
|
||||
2026/10/09 09:34:34.648, 60.96, 0, 0, 2520, 10251, 22958, 37
|
||||
2026/10/09 09:34:35.649, 59.58, 0, 0, 2520, 10251, 22958, 36
|
||||
2026/10/09 09:34:36.649, 59.60, 0, 0, 2520, 10251, 22958, 36
|
||||
2026/10/09 09:34:37.649, 59.67, 0, 0, 2520, 10251, 22958, 36
|
||||
2026/10/09 09:34:38.649, 59.67, 0, 0, 2520, 10251, 22958, 36
|
||||
2026/10/09 09:34:39.650, 59.64, 0, 0, 2520, 10251, 22958, 36
|
||||
2026/10/09 09:34:40.650, 59.60, 0, 0, 2520, 10251, 22958, 36
|
||||
2026/10/09 09:34:41.650, 60.05, 0, 0, 2670, 10251, 22958, 36
|
||||
2026/10/09 09:34:42.651, 68.85, 40, 1, 2670, 10251, 22958, 37
|
||||
2026/10/09 09:34:43.651, 66.58, 60, 2, 2670, 10251, 22958, 37
|
||||
2026/10/09 09:34:44.651, 64.24, 0, 0, 2670, 10251, 22958, 37
|
||||
2026/10/09 09:34:45.651, 62.18, 0, 0, 2520, 10251, 22958, 36
|
||||
2026/10/09 09:34:46.652, 60.74, 0, 0, 2520, 10251, 22958, 36
|
||||
2026/10/09 09:34:47.652, 59.39, 0, 0, 2520, 10251, 22958, 36
|
||||
2026/10/09 09:34:48.652, 59.55, 0, 0, 2520, 10251, 22958, 36
|
||||
2026/10/09 09:34:49.653, 62.47, 0, 0, 2670, 10501, 396, 36
|
||||
2026/10/09 09:34:50.653, 73.11, 100, 8, 2670, 10251, 22998, 37
|
||||
2026/10/09 09:34:51.653, 78.77, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:34:52.653, 78.94, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:34:53.654, 79.01, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:34:54.654, 79.10, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:34:55.654, 79.11, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:34:56.654, 79.21, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:34:57.655, 79.02, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:34:58.655, 79.01, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:34:59.655, 78.91, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:00.655, 78.92, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:01.656, 78.79, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:02.656, 78.69, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:03.656, 78.83, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:04.657, 78.79, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:05.657, 78.93, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:06.657, 79.00, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:07.657, 78.88, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:08.658, 79.03, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:09.658, 79.09, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:10.658, 79.08, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:11.658, 79.00, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:12.659, 78.95, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:13.659, 79.00, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:14.659, 78.76, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:15.660, 78.92, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:16.660, 78.90, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:17.660, 78.85, 100, 0, 2670, 10251, 22998, 38
|
||||
2026/10/09 09:35:18.660, 87.45, 100, 0, 2670, 10251, 22998, 39
|
||||
2026/10/09 09:35:19.661, 80.44, 0, 0, 2670, 10251, 22998, 37
|
||||
2026/10/09 09:35:20.661, 62.46, 0, 0, 2520, 10251, 22998, 37
|
||||
2026/10/09 09:35:21.661, 60.95, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:22.662, 59.55, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:23.662, 59.69, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:24.662, 59.83, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:25.662, 59.73, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:26.663, 59.70, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:27.663, 59.75, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:28.663, 59.72, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:29.664, 62.96, 0, 0, 2670, 10251, 22998, 37
|
||||
2026/10/09 09:35:30.664, 68.93, 62, 2, 2670, 10251, 22998, 37
|
||||
2026/10/09 09:35:31.664, 64.30, 0, 0, 2670, 10251, 22998, 37
|
||||
2026/10/09 09:35:32.664, 62.09, 0, 0, 2670, 10251, 22998, 37
|
||||
2026/10/09 09:35:33.665, 60.82, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:34.665, 59.76, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:35.665, 59.80, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:36.666, 59.80, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:37.666, 59.81, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:38.666, 59.85, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:39.666, 59.84, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:40.667, 59.79, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:41.667, 59.71, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:42.667, 59.73, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:43.667, 59.77, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:44.668, 59.76, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:45.668, 59.73, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:46.668, 59.69, 0, 0, 2520, 10251, 22998, 36
|
||||
2026/10/09 09:35:47.669, 59.69, 0, 0, 2520, 10251, 22998, 35
|
||||
2026/10/09 09:35:48.669, 50.97, 0, 0, 405, 810, 22998, 34
|
||||
2026/10/09 09:35:49.669, 30.95, 0, 0, 255, 405, 22998, 34
|
||||
2026/10/09 09:35:50.670, 15.72, 100, 93, 2685, 10251, 22990, 35
|
||||
2026/10/09 09:35:51.807, 68.38, 100, 1, 2685, 10251, 23042, 37
|
||||
2026/10/09 09:35:52.807, 86.11, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:35:53.807, 85.17, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:35:54.808, 85.08, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:35:55.808, 85.80, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:35:56.808, 85.60, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:35:57.808, 86.32, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:35:58.809, 86.20, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:35:59.809, 85.78, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:36:00.809, 85.34, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:36:01.809, 85.44, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:36:02.810, 85.39, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:36:03.810, 85.52, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:36:04.810, 85.78, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:36:05.811, 86.13, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:36:06.811, 85.59, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:36:07.811, 85.72, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:36:08.811, 85.36, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:36:09.812, 86.00, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:36:10.812, 86.49, 100, 1, 2685, 10251, 23042, 38
|
||||
2026/10/09 09:36:11.812, 102.11, 0, 0, 2670, 10251, 23042, 38
|
||||
2026/10/09 09:36:12.812, 63.59, 0, 0, 2670, 10251, 11694, 38
|
||||
2026/10/09 09:36:13.862, 78.72, 100, 1, 2670, 10251, 23042, 38
|
||||
2026/10/09 09:36:14.862, 84.04, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:15.862, 83.85, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:16.863, 84.33, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:17.863, 84.18, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:18.863, 84.46, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:19.863, 84.51, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:20.864, 84.39, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:21.864, 84.30, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:22.864, 83.77, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:23.865, 83.79, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:24.865, 83.90, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:25.865, 83.96, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:26.865, 84.01, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:27.866, 83.60, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:28.866, 83.96, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:29.866, 83.98, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:30.867, 84.18, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:31.867, 83.92, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:32.867, 83.70, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:33.867, 84.18, 100, 1, 2670, 10251, 23042, 39
|
||||
2026/10/09 09:36:34.868, 90.31, 0, 0, 2670, 10251, 23042, 38
|
||||
2026/10/09 09:36:35.868, 80.69, 0, 0, 2670, 10251, 23042, 37
|
||||
2026/10/09 09:36:36.868, 61.64, 0, 0, 2520, 10251, 23042, 37
|
||||
2026/10/09 09:36:37.869, 60.53, 0, 0, 2520, 10251, 23042, 37
|
||||
2026/10/09 09:36:38.869, 59.39, 0, 0, 2520, 10251, 23042, 36
|
||||
2026/10/09 09:36:39.869, 59.29, 0, 0, 2520, 10251, 23042, 36
|
||||
2026/10/09 09:36:40.869, 59.28, 0, 0, 2520, 10251, 23042, 36
|
||||
2026/10/09 09:36:41.870, 59.16, 0, 0, 2520, 10251, 23042, 36
|
||||
2026/10/09 09:36:42.870, 59.10, 0, 0, 2520, 10251, 23042, 36
|
||||
2026/10/09 09:36:43.870, 59.07, 0, 0, 2520, 10251, 23042, 36
|
||||
2026/10/09 09:36:44.870, 58.99, 0, 0, 2520, 10251, 23042, 36
|
||||
2026/10/09 09:36:45.871, 62.34, 62, 2, 2670, 10251, 23042, 37
|
||||
2026/10/09 09:36:46.871, 68.22, 0, 0, 2670, 10251, 23042, 37
|
||||
2026/10/09 09:36:47.871, 63.63, 0, 0, 2670, 10251, 23042, 37
|
||||
2026/10/09 09:36:48.872, 61.97, 0, 0, 2520, 10251, 23042, 36
|
||||
2026/10/09 09:36:49.872, 61.51, 100, 7, 2670, 10251, 470, 37
|
||||
2026/10/09 09:36:50.872, 77.79, 100, 0, 2670, 10251, 470, 38
|
||||
2026/10/09 09:36:51.872, 77.81, 100, 0, 2670, 10251, 470, 38
|
||||
2026/10/09 09:36:52.873, 78.14, 100, 0, 2670, 10251, 470, 38
|
||||
2026/10/09 09:36:53.873, 78.41, 100, 0, 2670, 10251, 470, 38
|
||||
2026/10/09 09:36:54.873, 78.34, 100, 0, 2670, 10251, 470, 38
|
||||
2026/10/09 09:36:55.874, 78.04, 100, 0, 2670, 10251, 470, 38
|
||||
2026/10/09 09:36:56.874, 78.09, 100, 0, 2670, 10251, 470, 38
|
||||
2026/10/09 09:36:57.874, 78.23, 100, 0, 2670, 10251, 470, 38
|
||||
2026/10/09 09:36:58.874, 78.21, 100, 0, 2670, 10251, 470, 38
|
||||
2026/10/09 09:36:59.875, 78.22, 100, 0, 2670, 10251, 470, 38
|
||||
2026/10/09 09:37:00.875, 66.56, 0, 0, 2670, 10501, 2458, 37
|
||||
2026/10/09 09:37:01.875, 77.75, 100, 0, 2670, 10251, 2458, 38
|
||||
2026/10/09 09:37:02.876, 78.77, 100, 0, 2670, 10251, 2458, 38
|
||||
2026/10/09 09:37:03.876, 78.61, 100, 0, 2670, 10251, 2458, 38
|
||||
2026/10/09 09:37:04.876, 78.39, 100, 0, 2670, 10251, 2458, 38
|
||||
2026/10/09 09:37:05.876, 78.49, 100, 0, 2670, 10251, 2458, 38
|
||||
2026/10/09 09:37:06.877, 78.56, 100, 0, 2670, 10251, 2458, 38
|
||||
2026/10/09 09:37:07.877, 78.58, 100, 0, 2670, 10251, 2458, 38
|
||||
2026/10/09 09:37:08.877, 78.61, 100, 0, 2670, 10251, 2458, 38
|
||||
2026/10/09 09:37:09.878, 78.75, 100, 0, 2670, 10251, 2458, 38
|
||||
2026/10/09 09:37:10.878, 78.58, 100, 0, 2670, 10251, 2458, 38
|
||||
2026/10/09 09:37:11.878, 70.90, 0, 0, 2670, 10251, 2458, 37
|
||||
2026/10/09 09:37:12.878, 63.85, 2, 0, 2670, 10251, 2458, 37
|
||||
2026/10/09 09:37:13.879, 67.10, 3, 0, 2670, 10251, 8614, 37
|
||||
2026/10/09 09:37:14.879, 79.87, 100, 1, 2670, 10251, 8614, 38
|
||||
2026/10/09 09:37:15.879, 79.90, 100, 1, 2670, 10251, 8614, 38
|
||||
2026/10/09 09:37:16.880, 79.87, 100, 1, 2670, 10251, 8614, 38
|
||||
2026/10/09 09:37:17.880, 79.88, 100, 1, 2670, 10251, 8614, 38
|
||||
2026/10/09 09:37:18.880, 79.94, 100, 1, 2670, 10251, 8614, 38
|
||||
2026/10/09 09:37:19.880, 79.87, 100, 1, 2670, 10251, 8614, 38
|
||||
2026/10/09 09:37:20.881, 79.89, 100, 1, 2670, 10251, 8614, 38
|
||||
2026/10/09 09:37:21.881, 79.82, 100, 1, 2670, 10251, 8614, 38
|
||||
2026/10/09 09:37:22.881, 79.80, 100, 1, 2670, 10251, 8614, 38
|
||||
2026/10/09 09:37:23.881, 79.72, 100, 1, 2670, 10251, 8614, 38
|
||||
2026/10/09 09:37:24.882, 72.69, 0, 0, 2670, 10251, 8614, 37
|
||||
2026/10/09 09:37:25.882, 71.18, 0, 0, 2670, 10251, 8614, 37
|
||||
2026/10/09 09:37:26.882, 62.23, 0, 0, 2520, 10251, 8614, 37
|
||||
2026/10/09 09:37:27.883, 59.61, 0, 0, 2520, 10251, 8614, 36
|
||||
2026/10/09 09:37:28.883, 62.49, 53, 2, 2670, 10251, 8614, 37
|
||||
2026/10/09 09:37:29.883, 62.67, 0, 0, 2670, 10251, 23076, 37
|
||||
2026/10/09 09:37:30.883, 317.79, 100, 53, 2580, 10251, 23076, 57
|
||||
2026/10/09 09:37:31.884, 429.04, 100, 53, 2580, 10251, 23076, 62
|
||||
2026/10/09 09:37:32.884, 428.51, 100, 53, 2550, 10251, 23076, 63
|
||||
2026/10/09 09:37:33.884, 428.88, 100, 54, 2535, 10251, 23076, 63
|
||||
2026/10/09 09:37:34.885, 429.42, 100, 54, 2520, 10251, 23076, 63
|
||||
2026/10/09 09:37:35.885, 429.34, 100, 55, 2520, 10251, 23076, 63
|
||||
2026/10/09 09:37:36.885, 429.24, 100, 56, 2505, 10251, 23076, 64
|
||||
2026/10/09 09:37:37.885, 429.59, 100, 56, 2595, 10251, 23076, 62
|
||||
2026/10/09 09:37:38.886, 428.81, 100, 56, 2595, 10251, 23076, 64
|
||||
2026/10/09 09:37:39.886, 428.92, 100, 56, 2595, 10251, 23076, 67
|
||||
2026/10/09 09:37:40.886, 429.18, 100, 56, 2640, 10251, 23076, 67
|
||||
2026/10/09 09:37:41.886, 428.50, 100, 56, 2640, 10251, 23076, 66
|
||||
2026/10/09 09:37:42.887, 429.47, 100, 54, 2595, 10251, 23076, 66
|
||||
2026/10/09 09:37:43.887, 429.65, 100, 53, 2520, 10251, 23076, 66
|
||||
2026/10/09 09:37:44.887, 430.74, 100, 56, 2505, 10251, 23076, 64
|
||||
2026/10/09 09:37:45.887, 428.90, 100, 56, 2595, 10251, 23076, 66
|
||||
2026/10/09 09:37:46.888, 430.20, 100, 55, 2595, 10251, 23076, 69
|
||||
2026/10/09 09:37:47.888, 428.86, 100, 55, 2640, 10251, 23076, 68
|
||||
2026/10/09 09:37:48.888, 430.01, 100, 56, 2640, 10251, 23076, 68
|
||||
2026/10/09 09:37:49.889, 429.54, 100, 55, 2520, 10251, 23076, 68
|
||||
2026/10/09 09:37:50.889, 191.16, 0, 0, 2655, 10251, 23076, 48
|
||||
2026/10/09 09:37:51.889, 126.04, 0, 0, 2655, 10251, 23076, 46
|
||||
2026/10/09 09:37:52.889, 64.80, 0, 0, 2520, 10251, 23076, 44
|
||||
2026/10/09 09:37:53.890, 67.86, 0, 0, 2670, 10251, 23076, 44
|
||||
2026/10/09 09:37:54.890, 67.35, 0, 0, 2670, 10251, 23076, 44
|
||||
2026/10/09 09:37:55.890, 64.56, 0, 0, 2520, 10251, 23076, 43
|
||||
2026/10/09 09:37:56.891, 62.27, 0, 0, 2520, 10251, 23076, 42
|
||||
2026/10/09 09:37:57.891, 60.08, 0, 0, 2520, 10251, 23076, 42
|
||||
2026/10/09 09:37:58.891, 60.03, 0, 0, 2520, 10251, 23076, 42
|
||||
2026/10/09 09:37:59.891, 59.97, 0, 0, 2520, 10251, 23076, 42
|
||||
2026/10/09 09:38:00.892, 59.90, 0, 0, 2520, 10251, 23076, 42
|
||||
2026/10/09 09:38:01.892, 59.85, 0, 0, 2520, 10251, 23076, 41
|
||||
2026/10/09 09:38:02.892, 59.83, 0, 0, 2520, 10251, 23076, 41
|
||||
2026/10/09 09:38:03.893, 59.88, 0, 0, 2520, 10251, 23076, 41
|
||||
2026/10/09 09:38:04.893, 63.89, 61, 2, 2670, 10251, 23076, 41
|
||||
2026/10/09 09:38:05.893, 67.56, 0, 0, 2670, 10251, 23076, 41
|
||||
2026/10/09 09:38:06.894, 65.65, 0, 0, 2670, 10251, 23076, 41
|
||||
2026/10/09 09:38:07.894, 73.98, 59, 4, 2670, 10251, 23070, 41
|
||||
2026/10/09 09:38:08.894, 335.76, 100, 41, 2640, 10251, 23070, 57
|
||||
2026/10/09 09:38:09.894, 357.17, 100, 42, 2640, 10251, 23070, 64
|
||||
2026/10/09 09:38:10.895, 355.14, 100, 40, 2640, 10251, 23070, 61
|
||||
2026/10/09 09:38:11.895, 355.15, 100, 41, 2640, 10251, 23070, 66
|
||||
2026/10/09 09:38:12.895, 358.79, 100, 42, 2640, 10251, 23070, 60
|
||||
2026/10/09 09:38:13.895, 355.33, 100, 41, 2640, 10251, 23070, 66
|
||||
2026/10/09 09:38:14.896, 360.33, 100, 42, 2640, 10251, 23070, 64
|
||||
2026/10/09 09:38:15.896, 355.92, 100, 41, 2640, 10251, 23070, 64
|
||||
2026/10/09 09:38:16.896, 360.98, 100, 42, 2595, 10251, 23070, 65
|
||||
2026/10/09 09:38:17.897, 356.60, 100, 40, 2640, 10251, 23070, 62
|
||||
2026/10/09 09:38:18.897, 358.17, 100, 42, 2640, 10251, 23070, 66
|
||||
2026/10/09 09:38:19.897, 355.51, 100, 40, 2655, 10251, 23070, 63
|
||||
2026/10/09 09:38:20.897, 359.92, 100, 42, 2595, 10251, 23070, 66
|
||||
2026/10/09 09:38:21.898, 356.18, 100, 41, 2640, 10251, 23070, 63
|
||||
2026/10/09 09:38:22.898, 358.86, 100, 42, 2610, 10251, 23070, 67
|
||||
2026/10/09 09:38:23.898, 358.18, 100, 41, 2640, 10251, 23070, 63
|
||||
2026/10/09 09:38:24.899, 359.50, 100, 42, 2640, 10251, 23070, 67
|
||||
2026/10/09 09:38:25.899, 360.27, 100, 41, 2640, 10251, 23070, 63
|
||||
2026/10/09 09:38:26.899, 357.67, 100, 42, 2640, 10251, 23070, 68
|
||||
2026/10/09 09:38:27.899, 359.83, 100, 41, 2640, 10251, 23070, 63
|
||||
2026/10/09 09:38:28.900, 159.80, 0, 0, 2655, 10251, 23070, 48
|
||||
2026/10/09 09:38:29.900, 68.79, 0, 0, 2655, 10251, 23070, 46
|
||||
2026/10/09 09:38:30.900, 68.02, 0, 0, 2520, 10251, 23070, 46
|
||||
2026/10/09 09:38:31.900, 60.80, 0, 0, 2520, 10251, 23070, 45
|
||||
2026/10/09 09:38:32.901, 60.70, 0, 0, 2520, 10251, 23070, 45
|
||||
2026/10/09 09:38:33.901, 60.59, 0, 0, 2520, 10251, 23070, 45
|
||||
2026/10/09 09:38:34.901, 60.47, 0, 0, 2520, 10251, 23070, 44
|
||||
2026/10/09 09:38:35.902, 60.35, 0, 0, 2520, 10251, 23070, 44
|
||||
2026/10/09 09:38:36.902, 60.24, 0, 0, 2520, 10251, 23070, 44
|
||||
2026/10/09 09:38:37.902, 60.04, 0, 0, 2520, 10251, 23070, 44
|
||||
2026/10/09 09:38:38.902, 59.89, 0, 0, 2520, 10251, 23070, 43
|
||||
2026/10/09 09:38:39.903, 59.87, 0, 0, 2520, 10251, 23070, 43
|
||||
2026/10/09 09:38:40.903, 63.86, 42, 1, 2670, 10251, 23070, 44
|
||||
2026/10/09 09:38:41.903, 69.32, 53, 2, 2670, 10251, 23070, 43
|
||||
2026/10/09 09:38:42.903, 65.95, 0, 0, 2670, 10251, 23070, 43
|
||||
2026/10/09 09:38:43.904, 68.73, 0, 0, 2670, 10251, 23072, 47
|
||||
2026/10/09 09:38:44.904, 191.23, 100, 20, 2655, 10251, 23072, 52
|
||||
2026/10/09 09:38:45.904, 216.68, 100, 20, 2655, 10251, 23072, 53
|
||||
2026/10/09 09:38:46.905, 216.62, 100, 20, 2655, 10251, 23072, 53
|
||||
2026/10/09 09:38:47.905, 216.74, 100, 20, 2655, 10251, 23072, 53
|
||||
2026/10/09 09:38:48.905, 216.67, 100, 20, 2655, 10251, 23072, 54
|
||||
2026/10/09 09:38:49.905, 216.90, 100, 20, 2655, 10251, 23072, 54
|
||||
2026/10/09 09:38:50.906, 216.88, 100, 20, 2655, 10251, 23072, 54
|
||||
2026/10/09 09:38:51.906, 217.08, 100, 20, 2655, 10251, 23072, 54
|
||||
2026/10/09 09:38:52.906, 216.88, 100, 20, 2655, 10251, 23072, 54
|
||||
2026/10/09 09:38:53.906, 216.93, 100, 20, 2655, 10251, 23072, 54
|
||||
2026/10/09 09:38:54.907, 216.97, 100, 20, 2655, 10251, 23072, 54
|
||||
2026/10/09 09:38:55.907, 216.85, 100, 20, 2655, 10251, 23072, 54
|
||||
2026/10/09 09:38:56.907, 216.95, 100, 20, 2655, 10251, 23072, 54
|
||||
2026/10/09 09:38:57.908, 217.20, 100, 20, 2655, 10251, 23072, 54
|
||||
2026/10/09 09:38:58.908, 217.17, 100, 20, 2655, 10251, 23072, 54
|
||||
2026/10/09 09:38:59.908, 217.41, 100, 20, 2655, 10251, 23072, 54
|
||||
2026/10/09 09:39:00.908, 217.46, 100, 20, 2655, 10251, 23072, 55
|
||||
2026/10/09 09:39:01.909, 217.33, 100, 20, 2655, 10251, 23072, 55
|
||||
2026/10/09 09:39:02.909, 217.41, 100, 20, 2655, 10251, 23072, 55
|
||||
2026/10/09 09:39:03.909, 217.36, 100, 20, 2655, 10251, 23072, 51
|
||||
2026/10/09 09:39:04.910, 111.20, 0, 0, 2655, 10251, 23072, 46
|
||||
2026/10/09 09:39:05.910, 66.92, 0, 0, 2670, 10251, 23072, 45
|
||||
2026/10/09 09:39:06.910, 63.31, 0, 0, 2520, 10251, 23072, 44
|
||||
2026/10/09 09:39:07.910, 61.49, 0, 0, 2520, 10251, 23072, 44
|
||||
2026/10/09 09:39:08.911, 59.99, 0, 0, 2520, 10251, 23072, 44
|
||||
2026/10/09 09:39:09.911, 59.96, 0, 0, 2520, 10251, 23072, 44
|
||||
2026/10/09 09:39:10.911, 59.94, 0, 0, 2520, 10251, 23072, 43
|
||||
2026/10/09 09:39:11.912, 59.98, 0, 0, 2520, 10251, 23072, 43
|
||||
2026/10/09 09:39:12.912, 60.03, 0, 0, 2520, 10251, 23072, 43
|
||||
2026/10/09 09:39:13.912, 60.06, 0, 0, 2520, 10251, 23072, 43
|
||||
2026/10/09 09:39:14.912, 60.01, 0, 0, 2520, 10251, 23072, 43
|
||||
2026/10/09 09:39:15.913, 64.53, 62, 2, 2670, 10251, 23072, 43
|
||||
2026/10/09 09:39:16.913, 69.60, 62, 2, 2670, 10251, 23072, 43
|
||||
2026/10/09 09:39:17.913, 66.39, 0, 0, 2670, 10251, 23072, 43
|
||||
2026/10/09 09:39:18.914, 68.84, 0, 0, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:39:19.914, 110.65, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:20.914, 117.71, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:21.914, 117.72, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:22.915, 118.11, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:23.915, 117.73, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:24.915, 117.53, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:25.915, 117.31, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:26.916, 117.38, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:27.916, 117.41, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:28.916, 117.23, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:29.917, 117.48, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:30.917, 117.53, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:31.917, 117.24, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:32.917, 117.21, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:33.918, 117.30, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:34.918, 116.64, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:35.918, 117.09, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:36.919, 116.96, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:37.919, 116.68, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:38.919, 117.21, 100, 5, 2670, 10251, 23070, 46
|
||||
2026/10/09 09:39:39.919, 88.35, 80, 48, 2670, 10251, 23070, 43
|
||||
2026/10/09 09:39:40.920, 83.63, 0, 0, 2670, 10251, 23070, 43
|
||||
2026/10/09 09:39:41.920, 64.47, 0, 0, 2520, 10251, 23070, 42
|
||||
2026/10/09 09:39:42.920, 62.11, 0, 0, 2520, 10251, 23070, 42
|
||||
2026/10/09 09:39:43.920, 59.90, 0, 0, 2520, 10251, 23070, 42
|
||||
2026/10/09 09:39:44.921, 59.92, 0, 0, 2520, 10251, 23070, 42
|
||||
2026/10/09 09:39:45.921, 59.90, 0, 0, 2520, 10251, 23070, 41
|
||||
2026/10/09 09:39:46.921, 59.89, 0, 0, 2520, 10251, 23070, 41
|
||||
2026/10/09 09:39:47.922, 59.88, 0, 0, 2520, 10251, 23070, 41
|
||||
2026/10/09 09:39:48.922, 59.89, 0, 0, 2520, 10251, 23070, 41
|
||||
2026/10/09 09:39:49.922, 59.90, 0, 0, 2520, 10251, 23070, 41
|
||||
2026/10/09 09:39:50.922, 67.59, 61, 2, 2670, 10251, 23070, 42
|
||||
2026/10/09 09:39:51.923, 68.33, 0, 0, 2670, 10251, 23070, 42
|
||||
2026/10/09 09:39:52.923, 65.26, 0, 0, 2670, 10251, 23070, 41
|
||||
2026/10/09 09:39:53.923, 66.17, 32, 2, 2670, 10501, 1, 41
|
||||
2026/10/09 09:39:54.924, 66.28, 0, 0, 2670, 10501, 1, 41
|
||||
2026/10/09 09:39:55.924, 58.40, 0, 0, 2670, 10501, 1, 41
|
||||
2026/10/09 09:39:56.924, 42.85, 0, 0, 585, 5001, 1, 40
|
||||
2026/10/09 09:39:57.924, 25.26, 0, 0, 360, 810, 1, 39
|
||||
2026/10/09 09:39:58.925, 20.43, 0, 0, 240, 810, 1, 39
|
||||
2026/10/09 09:39:59.925, 17.04, 0, 0, 210, 405, 1, 39
|
||||
2026/10/09 09:40:00.925, 15.77, 0, 0, 210, 405, 1, 39
|
||||
2026/10/09 09:40:01.925, 15.63, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:40:02.926, 15.58, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:40:03.926, 15.58, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:40:04.926, 15.50, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:40:05.927, 15.49, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:40:06.927, 15.58, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:40:07.927, 15.61, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:40:08.927, 15.59, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:40:09.928, 15.47, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:40:10.928, 15.43, 0, 0, 210, 405, 1, 37
|
||||
2026/10/09 09:40:11.928, 15.53, 0, 0, 210, 405, 1, 37
|
||||
2026/10/09 09:40:12.928, 15.46, 0, 0, 210, 405, 1, 37
|
||||
2026/10/09 09:40:13.929, 15.35, 0, 0, 210, 405, 1, 37
|
||||
2026/10/09 09:40:14.929, 15.42, 0, 0, 210, 405, 1, 37
|
||||
2026/10/09 09:40:15.929, 15.48, 0, 0, 210, 405, 1, 37
|
||||
2026/10/09 09:40:16.930, 15.55, 0, 0, 210, 405, 1, 37
|
||||
2026/10/09 09:40:17.930, 15.56, 0, 0, 210, 405, 1, 37
|
||||
|
13
docs/analysis/mhpow/b3/rows/rtx4090-b1/progress.log
Normal file
13
docs/analysis/mhpow/b3/rows/rtx4090-b1/progress.log
Normal file
|
|
@ -0,0 +1,13 @@
|
|||
row rc=0 --n 20 --layout soa --min-label-s 20 --check 2 --k 64 --tag main-n20
|
||||
row rc=0 --n 22 --layout soa --min-label-s 20 --check 2 --k 64 --tag main-n22
|
||||
row rc=0 --n 24 --layout soa --min-label-s 20 --check 2 --k 64 --tag main-n24
|
||||
row rc=0 --n 20 --layout aos --min-label-s 20 --check 2 --k 64 --tag abl-n20-aos
|
||||
row rc=0 --n 20 --layout soa --min-label-s 20 --check 2 --k 64 --tpb 32 --tag abl-n20-tpb32
|
||||
row rc=0 --n 20 --B 1 --layout soa --min-label-s 10 --check 1 --k 64 --tag ladder-n20-B1
|
||||
row rc=0 --n 20 --B 32 --layout soa --min-label-s 10 --check 1 --k 64 --tag ladder-n20-B32
|
||||
row rc=0 --n 20 --B 128 --layout soa --min-label-s 10 --check 1 --k 64 --tag ladder-n20-B128
|
||||
row rc=0 --n 12 --layout soa --min-label-s 20 --check 2 --k 64 --tag diag-n12
|
||||
row rc=0 --n 14 --layout soa --min-label-s 20 --check 2 --k 64 --tag diag-n14
|
||||
row rc=0 --n 16 --layout soa --min-label-s 20 --check 2 --k 64 --tag diag-n16
|
||||
row rc=0 --n 18 --layout soa --min-label-s 20 --check 2 --k 64 --tag diag-n18
|
||||
DONE 2026-10-09T09:40:18Z
|
||||
12
docs/analysis/mhpow/b3/rows/rtx4090-b1/rows.jsonl
Normal file
12
docs/analysis/mhpow/b3/rows/rtx4090-b1/rows.jsonl
Normal file
|
|
@ -0,0 +1,12 @@
|
|||
{"tag":"main-n20","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B1","n":20,"N":1048576,"inst_MiB":32.0,"B":353,"Bmax":353,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":12,"graph_s":0.0359,"state_alloc_s":0.0021,"label_s_per_pass":1.743434,"labels_per_s":212309322.7,"labels_per_s_per_inst":601442.8,"ns_per_label_per_inst":1662.67,"merkle_s":0.038270,"prove_s":0.030658,"verify_all_s":0.0208,"accepted":353,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":15.18,"oracle":"IDENTICAL","label_window_unix_ms":[1791538412826,1791538433763],"free_gib":23.14,"per_inst_MiB":64.1,"proof_bytes_inst0":129133}
|
||||
{"tag":"main-n22","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B1","n":22,"N":4194304,"inst_MiB":128.0,"B":88,"Bmax":88,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":3,"graph_s":0.1390,"state_alloc_s":0.0462,"label_s_per_pass":7.029880,"labels_per_s":52504273.9,"labels_per_s_per_inst":596639.5,"ns_per_label_per_inst":1676.05,"merkle_s":0.038311,"prove_s":0.008842,"verify_all_s":0.0055,"accepted":88,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":-1,"check_s":18.51,"oracle":"IDENTICAL","label_window_unix_ms":[1791538449577,1791538470669],"free_gib":23.14,"per_inst_MiB":256.1,"proof_bytes_inst0":141421}
|
||||
{"tag":"main-n24","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B1","n":24,"N":16777216,"inst_MiB":512.0,"B":22,"Bmax":22,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":1,"graph_s":0.5543,"state_alloc_s":0.0107,"label_s_per_pass":27.902730,"labels_per_s":13228051.4,"labels_per_s_per_inst":601275.1,"ns_per_label_per_inst":1663.13,"merkle_s":0.038241,"prove_s":0.003278,"verify_all_s":0.0020,"accepted":22,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":-1,"check_s":32.05,"oracle":"IDENTICAL","label_window_unix_ms":[1791538490148,1791538518051],"free_gib":23.14,"per_inst_MiB":1024.1,"proof_bytes_inst0":153709}
|
||||
{"tag":"abl-n20-aos","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B1","n":20,"N":1048576,"inst_MiB":32.0,"B":353,"Bmax":353,"layout":"aos","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":11,"graph_s":0.0364,"state_alloc_s":0.1428,"label_s_per_pass":1.837660,"labels_per_s":201423169.4,"labels_per_s_per_inst":570603.9,"ns_per_label_per_inst":1752.53,"merkle_s":0.075806,"prove_s":0.032064,"verify_all_s":0.0220,"accepted":353,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":1.18,"oracle":"IDENTICAL","label_window_unix_ms":[1791538550809,1791538571026],"free_gib":23.14,"per_inst_MiB":64.1,"proof_bytes_inst0":129133}
|
||||
{"tag":"abl-n20-tpb32","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B1","n":20,"N":1048576,"inst_MiB":32.0,"B":353,"Bmax":353,"layout":"soa","kernel":"k1","tpb":32,"k":64,"wrong_edge":0,"passes":12,"graph_s":0.0392,"state_alloc_s":0.1327,"label_s_per_pass":1.746520,"labels_per_s":211934179.9,"labels_per_s_per_inst":600380.1,"ns_per_label_per_inst":1665.61,"merkle_s":0.038295,"prove_s":0.029375,"verify_all_s":0.0200,"accepted":353,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":15.13,"oracle":"IDENTICAL","label_window_unix_ms":[1791538572870,1791538593829],"free_gib":23.14,"per_inst_MiB":64.1,"proof_bytes_inst0":129133}
|
||||
{"tag":"ladder-n20-B1","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B1","n":20,"N":1048576,"inst_MiB":32.0,"B":1,"Bmax":353,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":6,"graph_s":0.0364,"state_alloc_s":0.0077,"label_s_per_pass":1.691684,"labels_per_s":619841.5,"labels_per_s_per_inst":619841.5,"ns_per_label_per_inst":1613.32,"merkle_s":0.000278,"prove_s":0.000323,"verify_all_s":0.0010,"accepted":1,"checked":1,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":0.69,"oracle":"IDENTICAL","label_window_unix_ms":[1791538609451,1791538619618],"free_gib":23.14,"per_inst_MiB":64.1,"proof_bytes_inst0":129133}
|
||||
{"tag":"ladder-n20-B32","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B1","n":20,"N":1048576,"inst_MiB":32.0,"B":32,"Bmax":353,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":6,"graph_s":0.0365,"state_alloc_s":0.0011,"label_s_per_pass":1.722175,"labels_per_s":19483749.8,"labels_per_s_per_inst":608867.2,"ns_per_label_per_inst":1642.39,"merkle_s":0.003623,"prove_s":0.003784,"verify_all_s":0.0025,"accepted":32,"checked":1,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":1.94,"oracle":"IDENTICAL","label_window_unix_ms":[1791538620633,1791538630965],"free_gib":23.14,"per_inst_MiB":64.1,"proof_bytes_inst0":129133}
|
||||
{"tag":"ladder-n20-B128","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B1","n":20,"N":1048576,"inst_MiB":32.0,"B":128,"Bmax":353,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":6,"graph_s":0.0365,"state_alloc_s":0.0014,"label_s_per_pass":1.752064,"labels_per_s":76605486.9,"labels_per_s_per_inst":598480.4,"ns_per_label_per_inst":1670.90,"merkle_s":0.013956,"prove_s":0.011287,"verify_all_s":0.0075,"accepted":128,"checked":1,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":5.78,"oracle":"IDENTICAL","label_window_unix_ms":[1791538633235,1791538643758],"free_gib":23.14,"per_inst_MiB":64.1,"proof_bytes_inst0":129133}
|
||||
{"tag":"diag-n12","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B1","n":12,"N":4096,"inst_MiB":0.1,"B":69485,"Bmax":69485,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":639,"graph_s":0.0024,"state_alloc_s":0.0191,"label_s_per_pass":0.031335,"labels_per_s":9082894292.8,"labels_per_s_per_inst":130717.3,"ns_per_label_per_inst":7650.09,"merkle_s":0.029395,"prove_s":3.232706,"verify_all_s":2.3899,"accepted":69485,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":10.77,"oracle":"IDENTICAL","label_window_unix_ms":[1791538649895,1791538669923],"free_gib":23.14,"per_inst_MiB":0.3,"proof_bytes_inst0":79981}
|
||||
{"tag":"diag-n14","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B1","n":14,"N":16384,"inst_MiB":0.5,"B":20838,"Bmax":20838,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":391,"graph_s":0.0028,"state_alloc_s":0.1831,"label_s_per_pass":0.051174,"labels_per_s":6671484617.4,"labels_per_s_per_inst":320159.5,"ns_per_label_per_inst":3123.44,"merkle_s":0.035525,"prove_s":1.140544,"verify_all_s":0.8231,"accepted":20838,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":-1,"check_s":13.09,"oracle":"IDENTICAL","label_window_unix_ms":[1791538687665,1791538707679],"free_gib":23.14,"per_inst_MiB":1.1,"proof_bytes_inst0":92269}
|
||||
{"tag":"diag-n16","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B1","n":16,"N":65536,"inst_MiB":2.0,"B":5530,"Bmax":5530,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":179,"graph_s":0.0043,"state_alloc_s":0.1744,"label_s_per_pass":0.111756,"labels_per_s":3242908841.3,"labels_per_s_per_inst":586421.1,"ns_per_label_per_inst":1705.26,"merkle_s":0.037597,"prove_s":0.353603,"verify_all_s":0.2521,"accepted":5530,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":13.69,"oracle":"IDENTICAL","label_window_unix_ms":[1791538723581,1791538743587],"free_gib":23.14,"per_inst_MiB":4.1,"proof_bytes_inst0":104557}
|
||||
{"tag":"diag-n18","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B1","n":18,"N":262144,"inst_MiB":8.0,"B":1407,"Bmax":1407,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":46,"graph_s":0.0106,"state_alloc_s":0.1784,"label_s_per_pass":0.440274,"labels_per_s":837743769.3,"labels_per_s_per_inst":595411.3,"ns_per_label_per_inst":1679.51,"merkle_s":0.038097,"prove_s":0.103623,"verify_all_s":0.0729,"accepted":1407,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":-1,"check_s":14.22,"oracle":"IDENTICAL","label_window_unix_ms":[1791538758553,1791538778807],"free_gib":23.14,"per_inst_MiB":16.1,"proof_bytes_inst0":116845}
|
||||
0
docs/analysis/mhpow/b3/rows/rtx4090-b1/stderr.log
Normal file
0
docs/analysis/mhpow/b3/rows/rtx4090-b1/stderr.log
Normal file
5
docs/analysis/mhpow/b3/rows/rtx4090-r1/cpu.jsonl
Normal file
5
docs/analysis/mhpow/b3/rows/rtx4090-r1/cpu.jsonl
Normal file
|
|
@ -0,0 +1,5 @@
|
|||
{"mode":"cpu_time","sha":"sha_ni","n":20,"N":1048576,"k":64,"threads":1,"graph_s_single_thread":0.2933,"label_s_mean":0.1085,"merkle_s_mean":0.0835,"prove_s_mean":0.000218,"verify_s_mean":0.001932,"wall_s":0.1996,"labels_per_s_per_instance":9661847.4,"labels_per_s_all":5253938.8,"accepted":1}
|
||||
{"mode":"cpu_time","sha":"sha_ni","n":22,"N":4194304,"k":64,"threads":1,"graph_s_single_thread":1.1713,"label_s_mean":0.4839,"merkle_s_mean":0.3312,"prove_s_mean":0.000283,"verify_s_mean":0.002132,"wall_s":0.8358,"labels_per_s_per_instance":8668221.4,"labels_per_s_all":5018378.8,"accepted":1}
|
||||
{"mode":"cpu_time","sha":"sha_ni","n":24,"N":16777216,"k":64,"threads":1,"graph_s_single_thread":4.6982,"label_s_mean":2.1011,"merkle_s_mean":1.3347,"prove_s_mean":0.000337,"verify_s_mean":0.002312,"wall_s":3.5133,"labels_per_s_per_instance":7984944.5,"labels_per_s_all":4775373.5,"accepted":1}
|
||||
{"mode":"cpu_time","sha":"sha_ni","n":20,"N":1048576,"k":64,"threads":15,"graph_s_single_thread":0.2924,"label_s_mean":0.1153,"merkle_s_mean":0.0844,"prove_s_mean":0.000242,"verify_s_mean":0.001960,"wall_s":0.2713,"labels_per_s_per_instance":9091404.1,"labels_per_s_all":57971435.4,"accepted":15}
|
||||
{"mode":"cpu_time","sha":"sha_ni","n":22,"N":4194304,"k":64,"threads":15,"graph_s_single_thread":1.1749,"label_s_mean":0.5159,"merkle_s_mean":0.3421,"prove_s_mean":0.024082,"verify_s_mean":0.002260,"wall_s":1.1179,"labels_per_s_per_instance":8129893.6,"labels_per_s_all":56279151.1,"accepted":15}
|
||||
1
docs/analysis/mhpow/b3/rows/rtx4090-r1/idle.json
Normal file
1
docs/analysis/mhpow/b3/rows/rtx4090-r1/idle.json
Normal file
|
|
@ -0,0 +1 @@
|
|||
{"idle_window_unix_ms":[1791537739000,1791537769000]}
|
||||
|
|
@ -0,0 +1,9 @@
|
|||
{"mode":"selftest","sha":"sha_ni","sha256_abc_kat_fail":0,"portable_words_mismatch":0,"fast_mismatch":0}
|
||||
CASE cpu_selftest PASS
|
||||
{"tag":"known-failed","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":12,"N":4096,"inst_MiB":0.1,"B":96,"Bmax":78676,"layout":"soa","kernel":"k1","k":32,"wrong_edge":1,"passes":1,"graph_s":0.0008,"state_alloc_s":0.0006,"label_s_per_pass":0.008921,"labels_per_s":44077609.8,"labels_per_s_per_inst":459141.8,"ns_per_label_per_inst":2177.98,"merkle_s":0.000166,"prove_s":0.003143,"verify_all_s":0.0001,"accepted":0,"checked":4,"lab_bad_inst":4,"tree_bad_inst":4,"root_bad":4,"proof_bad":4,"check_s":0.03,"oracle":"MISMATCH","label_window_unix_ms":[1791538840191,1791538840200],"free_gib":23.14,"per_inst_MiB":0.3}
|
||||
CASE known_failed_wrong_edge PASS (oracle fired: MISMATCH, 0 proofs accepted, exit 1)
|
||||
{"tag":"known-finished-k1","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":12,"N":4096,"inst_MiB":0.1,"B":96,"Bmax":78676,"layout":"soa","kernel":"k1","k":32,"wrong_edge":0,"passes":1,"graph_s":0.0008,"state_alloc_s":0.0005,"label_s_per_pass":0.009197,"labels_per_s":42756932.7,"labels_per_s_per_inst":445384.7,"ns_per_label_per_inst":2245.25,"merkle_s":0.000169,"prove_s":0.003388,"verify_all_s":0.0037,"accepted":96,"checked":4,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":0.03,"oracle":"IDENTICAL","label_window_unix_ms":[1791538840515,1791538840525],"free_gib":23.14,"per_inst_MiB":0.3}
|
||||
CASE known_finished_k1 PASS
|
||||
{"tag":"known-finished-k2","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":12,"N":4096,"inst_MiB":0.1,"B":96,"Bmax":78676,"layout":"soa","kernel":"k2","k":32,"wrong_edge":0,"passes":1,"graph_s":0.0008,"state_alloc_s":0.0004,"label_s_per_pass":0.005592,"labels_per_s":70316793.0,"labels_per_s_per_inst":732466.6,"ns_per_label_per_inst":1365.25,"merkle_s":0.000164,"prove_s":0.003324,"verify_all_s":0.0036,"accepted":96,"checked":4,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":0.03,"oracle":"IDENTICAL","label_window_unix_ms":[1791538840850,1791538840856],"free_gib":23.14,"per_inst_MiB":0.3}
|
||||
CASE known_finished_k2 PASS
|
||||
RESULT test_known_failed PASS
|
||||
10
docs/analysis/mhpow/b3/rows/rtx4090-r1/meta.txt
Normal file
10
docs/analysis/mhpow/b3/rows/rtx4090-r1/meta.txt
Normal file
|
|
@ -0,0 +1,10 @@
|
|||
label=rtx4090-r1
|
||||
src_id=2079d0d8ce7eef96
|
||||
2026-10-09T09:22:19Z
|
||||
model name : AMD EPYC 7513 32-Core Processor
|
||||
nproc=15 cgroup_cpus=15
|
||||
15.14 20.21 31.20 16/1136 842
|
||||
name, driver_version, vbios_version, power.limit [W], power.default_limit [W], clocks.max.sm [MHz], clocks.max.memory [MHz], memory.total [MiB], pcie.link.gen.current, pcie.link.width.current
|
||||
NVIDIA GeForce RTX 4090, 570.153.02, 95.02.47.00.01, 450.00 W, 450.00 W, 3105 MHz, 10501 MHz, 24564 MiB, 1, 16
|
||||
Build cuda_12.8.r12.8/compiler.35583870_0
|
||||
17.02 17.06 24.10 16/1138 1433
|
||||
604
docs/analysis/mhpow/b3/rows/rtx4090-r1/power.csv
Normal file
604
docs/analysis/mhpow/b3/rows/rtx4090-r1/power.csv
Normal file
|
|
@ -0,0 +1,604 @@
|
|||
2026/10/09 09:22:19.852, 15.00, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:20.854, 14.93, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:21.854, 15.03, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:22.854, 15.06, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:23.854, 15.02, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:24.855, 15.02, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:25.855, 15.04, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:26.855, 15.03, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:27.856, 15.01, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:28.856, 15.05, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:29.856, 15.08, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:30.856, 15.09, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:31.857, 14.99, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:32.857, 14.89, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:33.857, 14.95, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:34.858, 14.96, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:35.858, 14.90, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:36.858, 14.94, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:37.858, 15.05, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:38.859, 15.10, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:39.859, 15.07, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:40.859, 14.95, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:41.860, 14.92, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:42.860, 15.02, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:43.860, 14.99, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:44.860, 14.94, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:45.861, 14.96, 0, 0, 210, 405, 1, 39
|
||||
2026/10/09 09:22:46.861, 14.98, 0, 0, 210, 405, 1, 39
|
||||
2026/10/09 09:22:47.861, 14.95, 0, 0, 210, 405, 1, 39
|
||||
2026/10/09 09:22:48.862, 14.90, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:49.862, 14.90, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:22:50.867, 33.81, 0, 0, 2670, 10251, 23042, 41
|
||||
2026/10/09 09:22:51.867, 82.88, 100, 1, 2670, 10251, 23042, 42
|
||||
2026/10/09 09:22:52.867, 83.21, 100, 1, 2670, 10251, 23042, 42
|
||||
2026/10/09 09:22:53.867, 83.29, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:22:54.868, 83.69, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:22:55.868, 83.84, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:22:56.868, 84.14, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:22:57.868, 83.86, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:22:58.869, 83.94, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:22:59.869, 83.95, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:23:00.869, 83.63, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:23:01.870, 83.69, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:23:02.870, 84.34, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:23:03.870, 84.49, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:23:04.870, 84.44, 100, 1, 2670, 10251, 23042, 44
|
||||
2026/10/09 09:23:05.871, 84.09, 100, 1, 2670, 10251, 23042, 44
|
||||
2026/10/09 09:23:06.871, 84.06, 100, 1, 2670, 10251, 23042, 44
|
||||
2026/10/09 09:23:07.871, 83.91, 100, 1, 2670, 10251, 23042, 44
|
||||
2026/10/09 09:23:08.871, 83.76, 100, 1, 2670, 10251, 23042, 44
|
||||
2026/10/09 09:23:09.872, 83.99, 100, 1, 2670, 10251, 23042, 44
|
||||
2026/10/09 09:23:10.872, 84.04, 100, 1, 2670, 10251, 23042, 44
|
||||
2026/10/09 09:23:11.872, 84.10, 100, 1, 2655, 10251, 23042, 44
|
||||
2026/10/09 09:23:12.872, 90.46, 0, 0, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:23:13.873, 85.14, 0, 0, 2520, 10251, 23042, 43
|
||||
2026/10/09 09:23:14.873, 62.94, 0, 0, 2520, 10251, 23042, 42
|
||||
2026/10/09 09:23:15.873, 60.88, 0, 0, 2520, 10251, 23042, 42
|
||||
2026/10/09 09:23:16.873, 59.05, 0, 0, 2520, 10251, 23042, 42
|
||||
2026/10/09 09:23:17.874, 59.02, 0, 0, 2520, 10251, 23042, 42
|
||||
2026/10/09 09:23:18.874, 59.05, 0, 0, 2520, 10251, 23042, 42
|
||||
2026/10/09 09:23:19.874, 59.13, 0, 0, 2520, 10251, 23042, 42
|
||||
2026/10/09 09:23:20.875, 59.13, 0, 0, 2520, 10251, 23042, 42
|
||||
2026/10/09 09:23:21.875, 59.11, 0, 0, 2520, 10251, 23042, 42
|
||||
2026/10/09 09:23:22.875, 59.16, 0, 0, 2610, 10251, 23042, 42
|
||||
2026/10/09 09:23:23.876, 62.93, 59, 2, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:23:24.876, 69.61, 62, 2, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:23:25.876, 65.25, 0, 0, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:23:26.876, 63.22, 0, 0, 2520, 10251, 23042, 43
|
||||
2026/10/09 09:23:27.877, 61.24, 0, 0, 2520, 10251, 23042, 43
|
||||
2026/10/09 09:23:28.877, 60.17, 0, 0, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:23:29.877, 86.63, 100, 2, 2670, 10251, 23042, 45
|
||||
2026/10/09 09:23:30.878, 95.49, 100, 2, 2670, 10251, 23042, 45
|
||||
2026/10/09 09:23:31.878, 95.70, 100, 2, 2670, 10251, 23042, 45
|
||||
2026/10/09 09:23:32.878, 95.66, 100, 2, 2670, 10251, 23042, 45
|
||||
2026/10/09 09:23:33.878, 95.69, 100, 2, 2670, 10251, 23042, 45
|
||||
2026/10/09 09:23:34.878, 95.85, 100, 2, 2670, 10251, 23042, 45
|
||||
2026/10/09 09:23:35.879, 95.72, 100, 2, 2670, 10251, 23042, 46
|
||||
2026/10/09 09:23:36.879, 96.13, 100, 2, 2670, 10251, 23042, 46
|
||||
2026/10/09 09:23:37.879, 96.04, 100, 2, 2670, 10251, 23042, 46
|
||||
2026/10/09 09:23:38.879, 95.97, 100, 2, 2670, 10251, 23042, 46
|
||||
2026/10/09 09:23:39.880, 96.37, 100, 2, 2670, 10251, 23042, 46
|
||||
2026/10/09 09:23:40.880, 96.32, 100, 2, 2670, 10251, 23042, 46
|
||||
2026/10/09 09:23:41.880, 96.36, 100, 2, 2670, 10251, 23042, 46
|
||||
2026/10/09 09:23:42.880, 96.00, 100, 2, 2670, 10251, 23042, 46
|
||||
2026/10/09 09:23:43.881, 95.66, 100, 2, 2670, 10251, 23042, 46
|
||||
2026/10/09 09:23:44.881, 96.16, 100, 2, 2670, 10251, 23042, 46
|
||||
2026/10/09 09:23:45.881, 96.35, 100, 2, 2670, 10251, 23042, 46
|
||||
2026/10/09 09:23:46.881, 96.52, 100, 2, 2670, 10251, 23042, 46
|
||||
2026/10/09 09:23:47.882, 95.91, 100, 2, 2670, 10251, 23042, 46
|
||||
2026/10/09 09:23:48.882, 95.83, 100, 2, 2670, 10251, 23042, 46
|
||||
2026/10/09 09:23:49.882, 101.32, 41, 37, 2655, 10251, 23042, 45
|
||||
2026/10/09 09:23:50.882, 87.47, 0, 0, 2655, 10251, 23042, 45
|
||||
2026/10/09 09:23:51.883, 63.80, 0, 0, 2520, 10251, 23042, 45
|
||||
2026/10/09 09:23:52.883, 61.48, 0, 0, 2520, 10251, 23042, 44
|
||||
2026/10/09 09:23:53.883, 59.29, 0, 0, 2520, 10251, 23042, 44
|
||||
2026/10/09 09:23:54.883, 59.27, 0, 0, 2520, 10251, 23042, 44
|
||||
2026/10/09 09:23:55.884, 59.32, 0, 0, 2520, 10251, 23042, 44
|
||||
2026/10/09 09:23:56.884, 59.33, 0, 0, 2520, 10251, 23042, 44
|
||||
2026/10/09 09:23:57.884, 59.31, 0, 0, 2520, 10251, 23042, 44
|
||||
2026/10/09 09:23:58.885, 59.37, 0, 0, 2520, 10251, 23042, 44
|
||||
2026/10/09 09:23:59.885, 59.47, 0, 0, 2520, 10251, 23042, 44
|
||||
2026/10/09 09:24:00.885, 68.01, 60, 2, 2670, 10251, 23042, 45
|
||||
2026/10/09 09:24:01.885, 68.94, 54, 2, 2670, 10251, 23042, 45
|
||||
2026/10/09 09:24:02.886, 66.36, 0, 0, 2670, 10251, 23042, 45
|
||||
2026/10/09 09:24:03.886, 64.14, 0, 0, 2520, 10251, 23042, 45
|
||||
2026/10/09 09:24:04.886, 61.65, 0, 0, 2520, 10251, 23042, 45
|
||||
2026/10/09 09:24:05.887, 65.22, 73, 5, 2670, 10251, 22958, 45
|
||||
2026/10/09 09:24:06.887, 79.81, 100, 0, 2670, 10251, 22958, 46
|
||||
2026/10/09 09:24:07.887, 79.85, 100, 0, 2670, 10251, 22958, 46
|
||||
2026/10/09 09:24:08.887, 79.90, 100, 0, 2670, 10251, 22958, 46
|
||||
2026/10/09 09:24:09.888, 79.82, 100, 0, 2670, 10251, 22958, 46
|
||||
2026/10/09 09:24:10.888, 79.90, 100, 0, 2670, 10251, 22958, 47
|
||||
2026/10/09 09:24:11.888, 79.98, 100, 0, 2670, 10251, 22958, 47
|
||||
2026/10/09 09:24:12.888, 79.95, 100, 0, 2670, 10251, 22958, 47
|
||||
2026/10/09 09:24:13.889, 79.76, 100, 0, 2670, 10251, 22958, 47
|
||||
2026/10/09 09:24:14.889, 79.91, 100, 0, 2670, 10251, 22958, 47
|
||||
2026/10/09 09:24:15.889, 79.98, 100, 0, 2670, 10251, 22958, 47
|
||||
2026/10/09 09:24:16.890, 79.89, 100, 0, 2670, 10251, 22958, 47
|
||||
2026/10/09 09:24:17.890, 79.94, 100, 0, 2670, 10251, 22958, 47
|
||||
2026/10/09 09:24:18.890, 79.88, 100, 0, 2670, 10251, 22958, 47
|
||||
2026/10/09 09:24:19.890, 79.89, 100, 0, 2670, 10251, 22958, 47
|
||||
2026/10/09 09:24:20.891, 80.02, 100, 0, 2670, 10251, 22958, 47
|
||||
2026/10/09 09:24:21.891, 79.99, 100, 0, 2670, 10251, 22958, 47
|
||||
2026/10/09 09:24:22.891, 79.98, 100, 0, 2670, 10251, 22958, 47
|
||||
2026/10/09 09:24:23.891, 79.86, 100, 0, 2670, 10251, 22958, 47
|
||||
2026/10/09 09:24:24.892, 79.82, 100, 0, 2670, 10251, 22958, 47
|
||||
2026/10/09 09:24:25.892, 79.85, 100, 0, 2670, 10251, 22958, 47
|
||||
2026/10/09 09:24:26.892, 80.00, 100, 0, 2670, 10251, 22958, 47
|
||||
2026/10/09 09:24:27.893, 79.93, 100, 0, 2670, 10251, 22958, 48
|
||||
2026/10/09 09:24:28.893, 79.95, 100, 0, 2670, 10251, 22958, 48
|
||||
2026/10/09 09:24:29.893, 80.02, 100, 0, 2670, 10251, 22958, 48
|
||||
2026/10/09 09:24:30.893, 80.03, 100, 0, 2670, 10251, 22958, 48
|
||||
2026/10/09 09:24:31.894, 80.03, 100, 0, 2670, 10251, 22958, 48
|
||||
2026/10/09 09:24:32.894, 80.04, 100, 0, 2670, 10251, 22958, 48
|
||||
2026/10/09 09:24:33.894, 80.17, 100, 0, 2670, 10251, 22958, 48
|
||||
2026/10/09 09:24:34.894, 97.04, 100, 0, 2655, 10251, 22958, 48
|
||||
2026/10/09 09:24:35.895, 87.18, 0, 0, 2655, 10251, 22958, 47
|
||||
2026/10/09 09:24:36.895, 64.89, 0, 0, 2520, 10251, 22958, 47
|
||||
2026/10/09 09:24:37.895, 62.17, 0, 0, 2520, 10251, 22958, 47
|
||||
2026/10/09 09:24:38.896, 59.64, 0, 0, 2520, 10251, 22958, 46
|
||||
2026/10/09 09:24:39.896, 59.60, 0, 0, 2520, 10251, 22958, 46
|
||||
2026/10/09 09:24:40.896, 59.58, 0, 0, 2520, 10251, 22958, 46
|
||||
2026/10/09 09:24:41.896, 59.62, 0, 0, 2520, 10251, 22958, 46
|
||||
2026/10/09 09:24:42.897, 59.64, 0, 0, 2520, 10251, 22958, 46
|
||||
2026/10/09 09:24:43.897, 59.61, 0, 0, 2520, 10251, 22958, 46
|
||||
2026/10/09 09:24:44.897, 59.64, 0, 0, 2520, 10251, 22958, 46
|
||||
2026/10/09 09:24:45.897, 64.03, 62, 2, 2655, 10251, 22958, 47
|
||||
2026/10/09 09:24:46.898, 70.64, 34, 1, 2655, 10251, 22958, 47
|
||||
2026/10/09 09:24:47.898, 68.45, 0, 0, 2655, 10251, 22958, 47
|
||||
2026/10/09 09:24:48.898, 67.11, 0, 0, 2655, 10251, 22958, 47
|
||||
2026/10/09 09:24:49.899, 64.89, 0, 0, 2520, 10251, 22958, 47
|
||||
2026/10/09 09:24:50.899, 62.14, 0, 0, 2520, 10251, 22958, 47
|
||||
2026/10/09 09:24:51.899, 59.56, 0, 0, 2520, 10251, 22958, 47
|
||||
2026/10/09 09:24:52.899, 59.48, 0, 0, 2520, 10251, 22958, 47
|
||||
2026/10/09 09:24:53.900, 59.47, 0, 0, 2520, 10251, 22958, 47
|
||||
2026/10/09 09:24:54.900, 59.57, 0, 0, 2520, 10251, 22958, 47
|
||||
2026/10/09 09:24:55.900, 59.62, 0, 0, 2520, 10251, 22958, 47
|
||||
2026/10/09 09:24:56.901, 59.63, 0, 0, 2520, 10251, 22958, 47
|
||||
2026/10/09 09:24:57.901, 59.59, 0, 0, 2520, 10251, 2, 47
|
||||
2026/10/09 09:24:58.901, 69.60, 100, 8, 2655, 10251, 22958, 48
|
||||
2026/10/09 09:24:59.902, 81.82, 100, 0, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:00.902, 81.93, 100, 0, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:01.902, 82.14, 100, 0, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:02.902, 81.91, 100, 0, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:03.903, 82.03, 100, 0, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:04.903, 82.11, 100, 0, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:05.903, 82.43, 100, 0, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:06.904, 82.52, 100, 0, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:07.904, 82.22, 100, 0, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:08.904, 82.35, 100, 0, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:09.904, 82.25, 100, 0, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:10.905, 82.28, 100, 0, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:11.905, 82.47, 100, 0, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:12.905, 82.42, 100, 0, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:13.905, 82.52, 100, 0, 2655, 10251, 22958, 50
|
||||
2026/10/09 09:25:14.906, 82.40, 100, 0, 2655, 10251, 22958, 50
|
||||
2026/10/09 09:25:15.906, 82.16, 100, 0, 2655, 10251, 22958, 50
|
||||
2026/10/09 09:25:16.906, 82.24, 100, 0, 2655, 10251, 22958, 50
|
||||
2026/10/09 09:25:17.907, 82.42, 100, 0, 2655, 10251, 22958, 50
|
||||
2026/10/09 09:25:18.907, 82.55, 100, 0, 2655, 10251, 22958, 50
|
||||
2026/10/09 09:25:19.907, 82.58, 100, 0, 2655, 10251, 22958, 50
|
||||
2026/10/09 09:25:20.907, 82.53, 100, 0, 2655, 10251, 22958, 50
|
||||
2026/10/09 09:25:21.908, 82.39, 76, 46, 2655, 10251, 22958, 50
|
||||
2026/10/09 09:25:22.908, 86.80, 0, 0, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:23.908, 65.18, 0, 0, 2520, 10251, 22958, 48
|
||||
2026/10/09 09:25:24.909, 62.38, 0, 0, 2520, 10251, 22958, 48
|
||||
2026/10/09 09:25:25.909, 59.65, 0, 0, 2520, 10251, 22958, 48
|
||||
2026/10/09 09:25:26.909, 59.63, 0, 0, 2520, 10251, 22958, 48
|
||||
2026/10/09 09:25:27.909, 59.65, 0, 0, 2520, 10251, 22958, 48
|
||||
2026/10/09 09:25:28.910, 59.58, 0, 0, 2520, 10251, 22958, 48
|
||||
2026/10/09 09:25:29.910, 59.58, 0, 0, 2520, 10251, 22958, 48
|
||||
2026/10/09 09:25:30.910, 59.61, 0, 0, 2520, 10251, 22958, 48
|
||||
2026/10/09 09:25:31.911, 59.58, 0, 0, 2520, 10251, 22958, 48
|
||||
2026/10/09 09:25:32.911, 59.92, 59, 2, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:33.911, 70.60, 61, 2, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:34.912, 69.48, 0, 0, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:35.912, 67.54, 0, 0, 2655, 10251, 22958, 49
|
||||
2026/10/09 09:25:36.912, 66.02, 0, 0, 2520, 10251, 22958, 49
|
||||
2026/10/09 09:25:37.912, 62.83, 0, 0, 2520, 10251, 22958, 48
|
||||
2026/10/09 09:25:38.913, 59.78, 0, 0, 2520, 10251, 22958, 48
|
||||
2026/10/09 09:25:39.913, 59.75, 0, 0, 2520, 10251, 22958, 48
|
||||
2026/10/09 09:25:40.913, 59.68, 0, 0, 2520, 10251, 22958, 48
|
||||
2026/10/09 09:25:41.914, 59.69, 0, 0, 2520, 10251, 22958, 48
|
||||
2026/10/09 09:25:42.914, 59.72, 0, 0, 2520, 10251, 22958, 49
|
||||
2026/10/09 09:25:43.914, 59.78, 0, 0, 2520, 10251, 22958, 49
|
||||
2026/10/09 09:25:44.914, 59.78, 0, 0, 2520, 10501, 21, 49
|
||||
2026/10/09 09:25:45.915, 66.33, 100, 0, 2655, 10251, 22998, 50
|
||||
2026/10/09 09:25:46.916, 79.04, 100, 0, 2655, 10251, 22998, 50
|
||||
2026/10/09 09:25:47.916, 79.75, 100, 0, 2655, 10251, 22998, 50
|
||||
2026/10/09 09:25:48.916, 79.90, 100, 0, 2655, 10251, 22998, 50
|
||||
2026/10/09 09:25:49.916, 79.69, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:25:50.917, 79.82, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:25:51.917, 79.90, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:25:52.917, 79.90, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:25:53.918, 79.87, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:25:54.918, 79.74, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:25:55.918, 80.00, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:25:56.918, 79.98, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:25:57.919, 80.21, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:25:58.919, 79.90, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:25:59.919, 79.92, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:26:00.919, 79.95, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:26:01.920, 80.15, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:26:02.920, 80.14, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:26:03.920, 80.22, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:26:04.921, 80.06, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:26:05.921, 80.02, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:26:06.921, 80.10, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:26:07.921, 80.24, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:26:08.922, 80.16, 100, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:26:09.922, 80.16, 100, 0, 2655, 10251, 22998, 52
|
||||
2026/10/09 09:26:10.922, 80.27, 100, 0, 2655, 10251, 22998, 52
|
||||
2026/10/09 09:26:11.922, 80.16, 100, 0, 2655, 10251, 22998, 52
|
||||
2026/10/09 09:26:12.923, 80.15, 100, 0, 2655, 10251, 22998, 52
|
||||
2026/10/09 09:26:13.923, 80.15, 100, 0, 2655, 10251, 22998, 52
|
||||
2026/10/09 09:26:14.923, 80.27, 100, 0, 2655, 10251, 22998, 52
|
||||
2026/10/09 09:26:15.924, 80.24, 100, 0, 2655, 10251, 22998, 52
|
||||
2026/10/09 09:26:16.924, 80.24, 100, 0, 2655, 10251, 22998, 52
|
||||
2026/10/09 09:26:17.924, 80.31, 100, 0, 2655, 10251, 22998, 52
|
||||
2026/10/09 09:26:18.924, 80.28, 100, 0, 2655, 10251, 22998, 52
|
||||
2026/10/09 09:26:19.925, 80.31, 100, 0, 2655, 10251, 22998, 52
|
||||
2026/10/09 09:26:20.925, 80.22, 100, 0, 2655, 10251, 22998, 52
|
||||
2026/10/09 09:26:21.925, 80.35, 100, 0, 2655, 10251, 22998, 52
|
||||
2026/10/09 09:26:22.925, 80.25, 100, 0, 2655, 10251, 22998, 52
|
||||
2026/10/09 09:26:23.926, 80.42, 100, 0, 2655, 10251, 22998, 52
|
||||
2026/10/09 09:26:24.926, 92.58, 0, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:26:25.926, 89.34, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:26.926, 68.21, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:27.927, 64.21, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:28.927, 60.18, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:29.927, 60.12, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:30.928, 60.10, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:31.928, 60.12, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:32.928, 60.18, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:33.928, 60.13, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:34.929, 63.21, 62, 2, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:26:35.929, 72.71, 62, 2, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:26:36.929, 69.82, 0, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:26:37.930, 69.07, 0, 0, 2655, 10251, 22998, 51
|
||||
2026/10/09 09:26:38.930, 66.96, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:39.930, 63.49, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:40.930, 60.19, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:41.931, 60.20, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:42.931, 60.26, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:43.931, 60.31, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:44.932, 60.32, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:45.932, 60.25, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:46.932, 60.17, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:47.932, 60.14, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:48.933, 60.14, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:49.933, 60.17, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:50.933, 60.33, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:51.934, 61.28, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:52.934, 61.44, 0, 0, 2520, 10251, 22998, 51
|
||||
2026/10/09 09:26:53.934, 59.93, 0, 0, 510, 810, 22998, 51
|
||||
2026/10/09 09:26:54.935, 25.35, 0, 0, 345, 810, 22998, 49
|
||||
2026/10/09 09:26:55.935, 21.58, 0, 0, 225, 405, 22998, 49
|
||||
2026/10/09 09:26:56.935, 16.91, 0, 0, 210, 405, 22998, 49
|
||||
2026/10/09 09:26:57.936, 16.04, 0, 0, 210, 405, 22998, 49
|
||||
2026/10/09 09:26:58.936, 16.10, 0, 0, 210, 405, 22998, 49
|
||||
2026/10/09 09:26:59.936, 16.12, 0, 0, 210, 405, 22998, 49
|
||||
2026/10/09 09:27:00.937, 16.09, 0, 0, 210, 405, 22998, 48
|
||||
2026/10/09 09:27:01.937, 16.04, 0, 0, 210, 405, 22998, 48
|
||||
2026/10/09 09:27:02.937, 15.98, 0, 0, 210, 405, 22998, 48
|
||||
2026/10/09 09:27:03.937, 15.92, 0, 0, 210, 405, 22998, 48
|
||||
2026/10/09 09:27:04.938, 15.87, 0, 0, 210, 405, 22998, 48
|
||||
2026/10/09 09:27:05.938, 15.84, 0, 0, 210, 405, 22998, 47
|
||||
2026/10/09 09:27:06.938, 15.81, 0, 0, 210, 405, 22998, 47
|
||||
2026/10/09 09:27:07.939, 15.77, 0, 0, 210, 405, 22998, 47
|
||||
2026/10/09 09:27:08.939, 15.79, 0, 0, 210, 405, 22998, 47
|
||||
2026/10/09 09:27:09.939, 15.77, 0, 0, 210, 405, 22998, 47
|
||||
2026/10/09 09:27:10.939, 15.77, 0, 0, 210, 405, 22998, 46
|
||||
2026/10/09 09:27:11.940, 15.81, 0, 0, 210, 405, 22998, 46
|
||||
2026/10/09 09:27:12.940, 15.77, 0, 0, 210, 405, 22998, 46
|
||||
2026/10/09 09:27:13.940, 15.68, 0, 0, 210, 405, 22998, 46
|
||||
2026/10/09 09:27:14.940, 22.26, 100, 8, 2520, 10501, 396, 46
|
||||
2026/10/09 09:27:15.941, 77.00, 100, 0, 2655, 10251, 22998, 48
|
||||
2026/10/09 09:27:16.941, 80.62, 100, 0, 2655, 10251, 22998, 49
|
||||
2026/10/09 09:27:17.941, 80.60, 100, 0, 2655, 10251, 22998, 49
|
||||
2026/10/09 09:27:18.942, 80.53, 100, 0, 2655, 10251, 22998, 49
|
||||
2026/10/09 09:27:19.942, 80.60, 100, 0, 2655, 10251, 22998, 49
|
||||
2026/10/09 09:27:20.942, 80.48, 100, 0, 2655, 10251, 22998, 48
|
||||
2026/10/09 09:27:21.942, 80.53, 100, 0, 2655, 10251, 22998, 48
|
||||
2026/10/09 09:27:22.943, 80.41, 100, 0, 2655, 10251, 22998, 48
|
||||
2026/10/09 09:27:23.943, 80.50, 100, 0, 2655, 10251, 22998, 48
|
||||
2026/10/09 09:27:24.943, 80.45, 100, 0, 2655, 10251, 22998, 48
|
||||
2026/10/09 09:27:25.943, 80.53, 100, 0, 2655, 10251, 22998, 48
|
||||
2026/10/09 09:27:26.944, 80.49, 100, 0, 2655, 10251, 22998, 48
|
||||
2026/10/09 09:27:27.944, 80.55, 100, 0, 2655, 10251, 22998, 48
|
||||
2026/10/09 09:27:28.944, 80.38, 100, 0, 2655, 10251, 22998, 48
|
||||
2026/10/09 09:27:29.944, 80.45, 100, 0, 2655, 10251, 22998, 48
|
||||
2026/10/09 09:27:30.945, 80.60, 100, 0, 2655, 10251, 22998, 48
|
||||
2026/10/09 09:27:31.945, 80.38, 100, 0, 2655, 10251, 22998, 48
|
||||
2026/10/09 09:27:32.945, 80.32, 100, 0, 2655, 10251, 22998, 48
|
||||
2026/10/09 09:27:33.946, 80.42, 100, 0, 2655, 10251, 22998, 47
|
||||
2026/10/09 09:27:34.946, 80.33, 100, 0, 2655, 10251, 22998, 47
|
||||
2026/10/09 09:27:35.946, 80.35, 100, 0, 2655, 10251, 22998, 47
|
||||
2026/10/09 09:27:36.946, 80.45, 100, 0, 2655, 10251, 22998, 47
|
||||
2026/10/09 09:27:37.947, 80.25, 100, 0, 2655, 10251, 22998, 47
|
||||
2026/10/09 09:27:38.947, 88.14, 0, 0, 2655, 10251, 22998, 46
|
||||
2026/10/09 09:27:39.947, 86.87, 0, 0, 2655, 10251, 22998, 46
|
||||
2026/10/09 09:27:40.948, 65.27, 0, 0, 2520, 10251, 22998, 46
|
||||
2026/10/09 09:27:41.948, 62.61, 0, 0, 2520, 10251, 22998, 45
|
||||
2026/10/09 09:27:42.948, 60.06, 0, 0, 2520, 10251, 22998, 45
|
||||
2026/10/09 09:27:43.948, 60.08, 0, 0, 2520, 10251, 22998, 45
|
||||
2026/10/09 09:27:44.949, 60.10, 0, 0, 2520, 10251, 22998, 45
|
||||
2026/10/09 09:27:45.949, 60.05, 0, 0, 2520, 10251, 22998, 45
|
||||
2026/10/09 09:27:46.949, 59.96, 0, 0, 2520, 10251, 22998, 45
|
||||
2026/10/09 09:27:47.949, 59.92, 0, 0, 2520, 10251, 22998, 44
|
||||
2026/10/09 09:27:48.950, 61.24, 62, 2, 2670, 10251, 22998, 44
|
||||
2026/10/09 09:27:49.950, 70.68, 57, 2, 2670, 10251, 22998, 45
|
||||
2026/10/09 09:27:50.950, 67.56, 0, 0, 2670, 10251, 22998, 45
|
||||
2026/10/09 09:27:51.951, 66.73, 0, 0, 2670, 10251, 22998, 45
|
||||
2026/10/09 09:27:52.951, 64.56, 0, 0, 2520, 10251, 22998, 44
|
||||
2026/10/09 09:27:53.951, 62.16, 0, 0, 2520, 10251, 22998, 44
|
||||
2026/10/09 09:27:54.952, 59.84, 0, 0, 2520, 10251, 22998, 44
|
||||
2026/10/09 09:27:55.952, 59.76, 0, 0, 2520, 10251, 22998, 44
|
||||
2026/10/09 09:27:56.952, 59.72, 0, 0, 2520, 10251, 22998, 44
|
||||
2026/10/09 09:27:57.952, 59.76, 0, 0, 2520, 10251, 22998, 44
|
||||
2026/10/09 09:27:58.953, 59.76, 0, 0, 2520, 10251, 22998, 44
|
||||
2026/10/09 09:27:59.953, 59.78, 0, 0, 2520, 10251, 22998, 43
|
||||
2026/10/09 09:28:00.953, 59.81, 0, 0, 2520, 10251, 22998, 43
|
||||
2026/10/09 09:28:01.954, 59.78, 0, 0, 2520, 10251, 22998, 43
|
||||
2026/10/09 09:28:02.954, 59.73, 0, 0, 2520, 10251, 22998, 43
|
||||
2026/10/09 09:28:03.954, 59.73, 0, 0, 2520, 10251, 22998, 43
|
||||
2026/10/09 09:28:04.954, 59.73, 0, 0, 2520, 10251, 22998, 43
|
||||
2026/10/09 09:28:05.955, 59.68, 0, 0, 2520, 10251, 22998, 43
|
||||
2026/10/09 09:28:06.955, 59.70, 0, 0, 2520, 10251, 22998, 43
|
||||
2026/10/09 09:28:07.955, 59.32, 0, 0, 510, 810, 22998, 42
|
||||
2026/10/09 09:28:08.956, 41.08, 0, 0, 315, 405, 22998, 41
|
||||
2026/10/09 09:28:09.956, 19.52, 0, 0, 210, 405, 22998, 41
|
||||
2026/10/09 09:28:10.957, 15.66, 0, 0, 210, 405, 22998, 41
|
||||
2026/10/09 09:28:11.957, 15.53, 0, 0, 210, 405, 22998, 41
|
||||
2026/10/09 09:28:12.957, 15.52, 0, 0, 210, 405, 22998, 41
|
||||
2026/10/09 09:28:13.957, 15.53, 0, 0, 210, 405, 22998, 40
|
||||
2026/10/09 09:28:14.958, 15.52, 0, 0, 210, 405, 22998, 40
|
||||
2026/10/09 09:28:15.958, 15.44, 0, 0, 210, 405, 22998, 40
|
||||
2026/10/09 09:28:16.958, 15.39, 0, 0, 210, 405, 22998, 40
|
||||
2026/10/09 09:28:17.959, 15.45, 0, 0, 210, 405, 22998, 40
|
||||
2026/10/09 09:28:18.959, 15.48, 0, 0, 210, 405, 22998, 40
|
||||
2026/10/09 09:28:19.959, 15.49, 0, 0, 210, 405, 22998, 40
|
||||
2026/10/09 09:28:20.959, 15.57, 0, 0, 210, 405, 22998, 40
|
||||
2026/10/09 09:28:21.960, 15.60, 0, 0, 210, 405, 22998, 40
|
||||
2026/10/09 09:28:22.960, 15.58, 0, 0, 210, 405, 22998, 39
|
||||
2026/10/09 09:28:23.960, 15.57, 0, 0, 210, 405, 22998, 39
|
||||
2026/10/09 09:28:24.960, 15.61, 0, 0, 210, 405, 22998, 39
|
||||
2026/10/09 09:28:25.961, 15.68, 0, 0, 210, 405, 22998, 39
|
||||
2026/10/09 09:28:26.961, 15.71, 0, 0, 210, 405, 22998, 39
|
||||
2026/10/09 09:28:27.961, 15.69, 0, 0, 210, 405, 22998, 39
|
||||
2026/10/09 09:28:28.962, 15.75, 0, 0, 210, 405, 11694, 40
|
||||
2026/10/09 09:28:29.987, 72.43, 100, 1, 2670, 10251, 23042, 42
|
||||
2026/10/09 09:28:30.987, 87.19, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:31.987, 87.34, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:32.987, 86.72, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:33.988, 87.05, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:34.988, 86.92, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:35.988, 86.67, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:36.989, 86.73, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:37.989, 86.80, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:38.989, 86.40, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:39.989, 86.70, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:40.990, 87.21, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:41.990, 86.72, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:42.990, 86.79, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:43.990, 86.68, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:44.991, 87.05, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:45.991, 86.97, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:46.991, 86.47, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:47.992, 86.59, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:48.992, 86.12, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:49.992, 86.32, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:50.992, 86.41, 100, 1, 2670, 10251, 23042, 43
|
||||
2026/10/09 09:28:51.993, 96.41, 0, 0, 2670, 10251, 23042, 41
|
||||
2026/10/09 09:28:52.993, 64.56, 6, 0, 2670, 10251, 23042, 41
|
||||
2026/10/09 09:28:53.993, 64.31, 0, 0, 2520, 10501, 470, 42
|
||||
2026/10/09 09:28:54.993, 81.02, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:28:55.994, 79.83, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:28:56.994, 79.89, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:28:57.994, 79.93, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:28:58.995, 79.84, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:28:59.995, 79.88, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:29:00.995, 79.89, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:29:01.995, 79.77, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:29:02.996, 79.77, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:29:03.996, 79.79, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:29:04.996, 79.73, 100, 0, 2670, 10251, 470, 41
|
||||
2026/10/09 09:29:05.996, 67.24, 0, 0, 2670, 10251, 21, 41
|
||||
2026/10/09 09:29:07.015, 72.50, 45, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:29:08.015, 79.44, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:29:09.016, 79.41, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:29:10.016, 79.28, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:29:11.016, 79.28, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:29:12.017, 79.30, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:29:13.017, 79.25, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:29:14.017, 79.20, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:29:15.017, 79.14, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:29:16.018, 79.18, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:29:17.018, 79.25, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:29:18.018, 78.49, 100, 0, 2670, 10251, 470, 42
|
||||
2026/10/09 09:29:19.019, 66.43, 0, 0, 2670, 10251, 470, 41
|
||||
2026/10/09 09:29:20.019, 74.06, 0, 0, 2670, 10251, 2458, 42
|
||||
2026/10/09 09:29:21.019, 79.75, 100, 0, 2670, 10251, 2458, 42
|
||||
2026/10/09 09:29:22.019, 79.78, 100, 0, 2670, 10251, 2458, 42
|
||||
2026/10/09 09:29:23.020, 79.79, 100, 0, 2670, 10251, 2458, 42
|
||||
2026/10/09 09:29:24.020, 79.89, 100, 0, 2670, 10251, 2458, 42
|
||||
2026/10/09 09:29:25.020, 79.80, 100, 0, 2670, 10251, 2458, 42
|
||||
2026/10/09 09:29:26.021, 79.83, 100, 0, 2670, 10251, 2458, 42
|
||||
2026/10/09 09:29:27.021, 79.84, 100, 0, 2670, 10251, 2458, 42
|
||||
2026/10/09 09:29:28.021, 79.86, 100, 0, 2670, 10251, 2458, 42
|
||||
2026/10/09 09:29:29.021, 79.78, 100, 0, 2670, 10251, 2458, 42
|
||||
2026/10/09 09:29:30.022, 79.85, 100, 0, 2670, 10251, 2458, 42
|
||||
2026/10/09 09:29:31.022, 76.33, 100, 0, 2670, 10251, 2458, 41
|
||||
2026/10/09 09:29:32.022, 65.11, 0, 0, 2670, 10251, 2458, 41
|
||||
2026/10/09 09:29:33.023, 61.91, 0, 0, 2520, 10251, 1, 40
|
||||
2026/10/09 09:29:34.032, 69.31, 0, 0, 2670, 10251, 2458, 41
|
||||
2026/10/09 09:29:35.032, 79.17, 100, 0, 2670, 10251, 2458, 41
|
||||
2026/10/09 09:29:36.033, 79.22, 100, 0, 2670, 10251, 2458, 41
|
||||
2026/10/09 09:29:37.033, 79.21, 100, 0, 2670, 10251, 2458, 41
|
||||
2026/10/09 09:29:38.033, 79.18, 100, 0, 2670, 10251, 2458, 41
|
||||
2026/10/09 09:29:39.033, 79.19, 100, 0, 2670, 10251, 2458, 41
|
||||
2026/10/09 09:29:40.034, 79.08, 100, 0, 2670, 10251, 2458, 41
|
||||
2026/10/09 09:29:41.034, 78.97, 100, 0, 2670, 10251, 2458, 41
|
||||
2026/10/09 09:29:42.034, 78.99, 100, 0, 2670, 10251, 2458, 41
|
||||
2026/10/09 09:29:43.035, 79.09, 100, 0, 2670, 10251, 2458, 41
|
||||
2026/10/09 09:29:44.035, 79.06, 100, 0, 2670, 10251, 2458, 41
|
||||
2026/10/09 09:29:45.035, 79.14, 100, 0, 2670, 10251, 2458, 41
|
||||
2026/10/09 09:29:46.035, 69.98, 100, 0, 2670, 10251, 2458, 40
|
||||
2026/10/09 09:29:47.036, 64.40, 0, 0, 2670, 10251, 2458, 40
|
||||
2026/10/09 09:29:48.036, 62.18, 0, 0, 2520, 10251, 8614, 40
|
||||
2026/10/09 09:29:49.036, 78.19, 100, 1, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:29:50.037, 80.54, 100, 1, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:29:51.037, 80.46, 100, 1, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:29:52.037, 80.36, 100, 1, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:29:53.037, 80.42, 100, 1, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:29:54.038, 80.43, 100, 1, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:29:55.038, 80.42, 100, 1, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:29:56.038, 80.45, 100, 1, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:29:57.039, 80.53, 100, 1, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:29:58.039, 80.44, 100, 1, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:29:59.039, 73.73, 96, 17, 2670, 10251, 8614, 40
|
||||
2026/10/09 09:30:00.039, 72.28, 0, 0, 2670, 10251, 8614, 40
|
||||
2026/10/09 09:30:01.040, 63.18, 0, 0, 2520, 10251, 8614, 40
|
||||
2026/10/09 09:30:02.040, 59.87, 0, 0, 2520, 10251, 8614, 39
|
||||
2026/10/09 09:30:03.040, 66.09, 62, 2, 2670, 10251, 8614, 40
|
||||
2026/10/09 09:30:04.041, 64.70, 0, 0, 2670, 10251, 8614, 40
|
||||
2026/10/09 09:30:05.041, 69.43, 0, 0, 2670, 10251, 8614, 40
|
||||
2026/10/09 09:30:06.041, 79.90, 100, 0, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:30:07.041, 79.99, 100, 0, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:30:08.042, 79.95, 100, 0, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:30:09.042, 79.90, 100, 0, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:30:10.042, 79.90, 100, 0, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:30:11.042, 79.96, 100, 0, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:30:12.043, 80.01, 100, 0, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:30:13.043, 80.09, 100, 0, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:30:14.043, 80.04, 100, 0, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:30:15.044, 80.05, 100, 0, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:30:16.044, 79.96, 100, 0, 2670, 10251, 8614, 41
|
||||
2026/10/09 09:30:17.044, 81.41, 100, 0, 2670, 10251, 8614, 45
|
||||
2026/10/09 09:30:18.044, 72.72, 0, 0, 2670, 10251, 8614, 40
|
||||
2026/10/09 09:30:19.045, 62.71, 0, 0, 2520, 10251, 8614, 39
|
||||
2026/10/09 09:30:20.045, 61.21, 0, 0, 2520, 10251, 8614, 39
|
||||
2026/10/09 09:30:21.045, 61.49, 0, 0, 2670, 10251, 8614, 39
|
||||
2026/10/09 09:30:22.046, 65.43, 0, 0, 2670, 10251, 8614, 39
|
||||
2026/10/09 09:30:23.046, 64.35, 99, 7, 2520, 10251, 22, 39
|
||||
2026/10/09 09:30:24.046, 253.29, 100, 35, 2655, 10251, 23070, 53
|
||||
2026/10/09 09:30:25.047, 317.02, 100, 28, 2655, 10251, 23070, 58
|
||||
2026/10/09 09:30:26.047, 320.76, 100, 29, 2655, 10251, 23070, 61
|
||||
2026/10/09 09:30:27.047, 319.67, 100, 33, 2655, 10251, 23070, 59
|
||||
2026/10/09 09:30:28.047, 321.51, 100, 25, 2655, 10251, 23070, 62
|
||||
2026/10/09 09:30:29.048, 320.74, 100, 33, 2655, 10251, 23070, 57
|
||||
2026/10/09 09:30:30.048, 318.79, 100, 32, 2655, 10251, 23070, 61
|
||||
2026/10/09 09:30:31.048, 322.72, 100, 26, 2655, 10251, 23070, 63
|
||||
2026/10/09 09:30:32.049, 320.73, 100, 34, 2655, 10251, 23070, 57
|
||||
2026/10/09 09:30:33.049, 322.26, 100, 31, 2655, 10251, 23070, 62
|
||||
2026/10/09 09:30:34.049, 323.12, 100, 26, 2655, 10251, 23070, 63
|
||||
2026/10/09 09:30:35.049, 321.20, 100, 35, 2655, 10251, 23070, 58
|
||||
2026/10/09 09:30:36.050, 320.36, 100, 30, 2655, 10251, 23070, 63
|
||||
2026/10/09 09:30:37.050, 324.21, 100, 27, 2655, 10251, 23070, 65
|
||||
2026/10/09 09:30:38.050, 320.98, 100, 35, 2655, 10251, 23070, 58
|
||||
2026/10/09 09:30:39.051, 320.73, 100, 29, 2655, 10251, 23070, 64
|
||||
2026/10/09 09:30:40.051, 324.10, 100, 28, 2655, 10251, 23070, 62
|
||||
2026/10/09 09:30:41.051, 319.81, 100, 35, 2640, 10251, 23070, 59
|
||||
2026/10/09 09:30:42.051, 319.73, 100, 30, 2640, 10251, 23070, 64
|
||||
2026/10/09 09:30:43.052, 324.18, 100, 26, 2640, 10251, 23070, 66
|
||||
2026/10/09 09:30:44.052, 198.06, 0, 0, 2655, 10251, 23070, 46
|
||||
2026/10/09 09:30:45.052, 67.92, 0, 0, 2655, 10251, 23070, 45
|
||||
2026/10/09 09:30:46.053, 66.94, 0, 0, 2655, 10251, 23070, 45
|
||||
2026/10/09 09:30:47.053, 64.34, 0, 0, 2520, 10251, 23070, 44
|
||||
2026/10/09 09:30:48.053, 62.08, 0, 0, 2520, 10251, 23070, 43
|
||||
2026/10/09 09:30:49.053, 59.98, 0, 0, 2520, 10251, 23070, 43
|
||||
2026/10/09 09:30:50.054, 59.95, 0, 0, 2520, 10251, 23070, 43
|
||||
2026/10/09 09:30:51.054, 59.88, 0, 0, 2520, 10251, 23070, 43
|
||||
2026/10/09 09:30:52.054, 59.80, 0, 0, 2520, 10251, 23070, 42
|
||||
2026/10/09 09:30:53.055, 59.76, 0, 0, 2520, 10251, 23070, 42
|
||||
2026/10/09 09:30:54.055, 59.68, 0, 0, 2520, 10251, 23070, 42
|
||||
2026/10/09 09:30:55.055, 59.64, 0, 0, 2520, 10251, 23070, 42
|
||||
2026/10/09 09:30:56.055, 59.63, 0, 0, 2520, 10251, 23070, 42
|
||||
2026/10/09 09:30:57.056, 64.30, 62, 2, 2670, 10251, 23070, 42
|
||||
2026/10/09 09:30:58.056, 69.06, 0, 0, 2670, 10251, 23070, 42
|
||||
2026/10/09 09:30:59.056, 65.91, 0, 0, 2670, 10251, 23070, 42
|
||||
2026/10/09 09:31:00.057, 68.25, 86, 9, 2670, 10251, 23072, 47
|
||||
2026/10/09 09:31:01.057, 179.33, 100, 15, 2655, 10251, 23072, 50
|
||||
2026/10/09 09:31:02.057, 197.90, 100, 15, 2655, 10251, 23072, 51
|
||||
2026/10/09 09:31:03.057, 198.35, 100, 15, 2655, 10251, 23072, 51
|
||||
2026/10/09 09:31:04.058, 198.71, 100, 15, 2655, 10251, 23072, 51
|
||||
2026/10/09 09:31:05.058, 198.50, 100, 15, 2655, 10251, 23072, 52
|
||||
2026/10/09 09:31:06.058, 198.66, 100, 15, 2655, 10251, 23072, 52
|
||||
2026/10/09 09:31:07.059, 198.52, 100, 15, 2655, 10251, 23072, 52
|
||||
2026/10/09 09:31:08.059, 198.71, 100, 15, 2655, 10251, 23072, 52
|
||||
2026/10/09 09:31:09.059, 198.60, 100, 15, 2655, 10251, 23072, 52
|
||||
2026/10/09 09:31:10.059, 198.79, 100, 15, 2655, 10251, 23072, 52
|
||||
2026/10/09 09:31:11.060, 198.85, 100, 15, 2655, 10251, 23072, 52
|
||||
2026/10/09 09:31:12.060, 198.80, 100, 15, 2655, 10251, 23072, 52
|
||||
2026/10/09 09:31:13.060, 198.66, 100, 15, 2655, 10251, 23072, 52
|
||||
2026/10/09 09:31:14.061, 198.77, 100, 15, 2655, 10251, 23072, 52
|
||||
2026/10/09 09:31:15.061, 198.40, 100, 15, 2655, 10251, 23072, 52
|
||||
2026/10/09 09:31:16.061, 198.27, 100, 15, 2655, 10251, 23072, 52
|
||||
2026/10/09 09:31:17.061, 198.50, 100, 15, 2655, 10251, 23072, 52
|
||||
2026/10/09 09:31:18.062, 199.08, 100, 15, 2655, 10251, 23072, 53
|
||||
2026/10/09 09:31:19.062, 199.29, 100, 15, 2655, 10251, 23072, 53
|
||||
2026/10/09 09:31:20.062, 198.94, 100, 15, 2655, 10251, 23072, 53
|
||||
2026/10/09 09:31:21.062, 117.09, 0, 0, 2670, 10251, 23072, 45
|
||||
2026/10/09 09:31:22.063, 66.38, 0, 0, 2670, 10251, 23072, 44
|
||||
2026/10/09 09:31:23.063, 62.98, 0, 0, 2520, 10251, 23072, 43
|
||||
2026/10/09 09:31:24.063, 61.35, 0, 0, 2520, 10251, 23072, 43
|
||||
2026/10/09 09:31:25.064, 60.01, 0, 0, 2520, 10251, 23072, 43
|
||||
2026/10/09 09:31:26.064, 60.01, 0, 0, 2520, 10251, 23072, 43
|
||||
2026/10/09 09:31:27.064, 59.97, 0, 0, 2520, 10251, 23072, 42
|
||||
2026/10/09 09:31:28.065, 59.93, 0, 0, 2520, 10251, 23072, 42
|
||||
2026/10/09 09:31:29.065, 59.93, 0, 0, 2520, 10251, 23072, 42
|
||||
2026/10/09 09:31:30.065, 59.94, 0, 0, 2520, 10251, 23072, 42
|
||||
2026/10/09 09:31:31.066, 59.99, 0, 0, 2520, 10251, 23072, 42
|
||||
2026/10/09 09:31:32.066, 62.99, 61, 2, 2670, 10251, 23072, 42
|
||||
2026/10/09 09:31:33.066, 70.17, 61, 2, 2670, 10251, 23072, 42
|
||||
2026/10/09 09:31:34.066, 66.30, 0, 0, 2670, 10251, 23072, 42
|
||||
2026/10/09 09:31:35.067, 64.64, 100, 7, 2520, 10251, 11654, 42
|
||||
2026/10/09 09:31:36.102, 94.93, 100, 3, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:37.102, 111.44, 100, 4, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:38.102, 111.81, 100, 4, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:39.103, 111.75, 100, 3, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:40.103, 111.68, 100, 4, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:41.103, 112.03, 100, 4, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:42.103, 111.63, 100, 3, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:43.104, 111.67, 100, 4, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:44.104, 111.63, 100, 4, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:45.104, 111.82, 100, 4, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:46.105, 111.56, 100, 4, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:47.105, 111.63, 100, 4, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:48.105, 111.07, 100, 4, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:49.106, 111.18, 100, 4, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:50.106, 111.23, 100, 4, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:51.106, 111.25, 100, 4, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:52.106, 111.24, 100, 4, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:53.107, 110.97, 100, 4, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:54.107, 110.42, 100, 4, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:55.107, 110.77, 100, 4, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:56.108, 112.36, 100, 4, 2670, 10251, 23070, 45
|
||||
2026/10/09 09:31:57.108, 67.65, 0, 0, 2670, 10251, 23070, 42
|
||||
2026/10/09 09:31:58.108, 63.90, 0, 0, 2520, 10251, 23070, 42
|
||||
2026/10/09 09:31:59.108, 61.85, 0, 0, 2520, 10251, 23070, 42
|
||||
2026/10/09 09:32:00.109, 59.94, 0, 0, 2520, 10251, 23070, 41
|
||||
2026/10/09 09:32:01.109, 59.94, 0, 0, 2520, 10251, 23070, 41
|
||||
2026/10/09 09:32:02.109, 59.90, 0, 0, 2520, 10251, 23070, 41
|
||||
2026/10/09 09:32:03.109, 59.87, 0, 0, 2520, 10251, 23070, 41
|
||||
2026/10/09 09:32:04.110, 59.88, 0, 0, 2520, 10251, 23070, 41
|
||||
2026/10/09 09:32:05.110, 59.86, 0, 0, 2520, 10251, 23070, 41
|
||||
2026/10/09 09:32:06.110, 59.83, 0, 0, 2520, 10251, 23070, 41
|
||||
2026/10/09 09:32:07.111, 64.11, 0, 0, 2670, 10251, 23070, 41
|
||||
2026/10/09 09:32:08.111, 69.77, 55, 2, 2670, 10251, 23070, 41
|
||||
2026/10/09 09:32:09.111, 65.86, 59, 2, 2670, 10251, 23070, 41
|
||||
2026/10/09 09:32:10.111, 65.37, 0, 0, 2670, 10251, 23070, 41
|
||||
2026/10/09 09:32:11.112, 65.17, 0, 0, 2670, 10501, 1, 41
|
||||
2026/10/09 09:32:12.112, 67.37, 0, 0, 2670, 10501, 1, 41
|
||||
2026/10/09 09:32:13.112, 61.96, 0, 0, 540, 5001, 1, 41
|
||||
2026/10/09 09:32:14.112, 44.49, 0, 0, 345, 810, 1, 40
|
||||
2026/10/09 09:32:15.113, 24.88, 0, 0, 225, 810, 1, 39
|
||||
2026/10/09 09:32:16.113, 19.96, 0, 0, 210, 405, 1, 39
|
||||
2026/10/09 09:32:17.113, 16.51, 0, 0, 210, 405, 1, 39
|
||||
2026/10/09 09:32:18.114, 15.51, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:32:19.114, 15.47, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:32:20.114, 15.51, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:32:21.115, 15.56, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:32:22.115, 15.48, 0, 0, 210, 405, 1, 38
|
||||
2026/10/09 09:32:23.115, 15.49, 0, 0, 210, 405, 1, 38
|
||||
|
17
docs/analysis/mhpow/b3/rows/rtx4090-r1/progress.log
Normal file
17
docs/analysis/mhpow/b3/rows/rtx4090-r1/progress.log
Normal file
|
|
@ -0,0 +1,17 @@
|
|||
row rc=0 --n 20 --kernel 1 --layout soa --min-label-s 20 --check 2 --k 64 --tag main-n20-k1
|
||||
row rc=0 --n 20 --kernel 2 --layout soa --min-label-s 20 --check 2 --k 64 --tag main-n20-k2
|
||||
row rc=0 --n 22 --kernel 1 --layout soa --min-label-s 20 --check 2 --k 64 --tag main-n22-k1
|
||||
row rc=0 --n 22 --kernel 2 --layout soa --min-label-s 20 --check 2 --k 64 --tag main-n22-k2
|
||||
row rc=0 --n 24 --kernel 1 --layout soa --min-label-s 20 --check 2 --k 64 --tag main-n24-k1
|
||||
row rc=0 --n 24 --kernel 2 --layout soa --min-label-s 20 --check 2 --k 64 --tag main-n24-k2
|
||||
row rc=0 --n 20 --kernel 1 --layout aos --min-label-s 20 --check 2 --k 64 --tag abl-n20-k1-aos
|
||||
row rc=0 --n 20 --B 1 --kernel 2 --layout soa --min-label-s 10 --check 1 --k 64 --tag ladder-n20-B1-k2
|
||||
row rc=0 --n 20 --B 1 --kernel 1 --layout soa --min-label-s 10 --check 1 --k 64 --tag ladder-n20-B1-k1
|
||||
row rc=0 --n 20 --B 32 --kernel 2 --layout soa --min-label-s 10 --check 1 --k 64 --tag ladder-n20-B32-k2
|
||||
row rc=0 --n 20 --B 32 --kernel 1 --layout soa --min-label-s 10 --check 1 --k 64 --tag ladder-n20-B32-k1
|
||||
row rc=0 --n 20 --B 128 --kernel 2 --layout soa --min-label-s 10 --check 1 --k 64 --tag ladder-n20-B128-k2
|
||||
row rc=0 --n 20 --B 128 --kernel 1 --layout soa --min-label-s 10 --check 1 --k 64 --tag ladder-n20-B128-k1
|
||||
row rc=0 --n 14 --kernel 1 --layout soa --min-label-s 20 --check 2 --k 64 --tag diag-n14-k1
|
||||
row rc=0 --n 16 --kernel 1 --layout soa --min-label-s 20 --check 2 --k 64 --tag diag-n16-k1
|
||||
row rc=0 --n 18 --kernel 1 --layout soa --min-label-s 20 --check 2 --k 64 --tag diag-n18-k1
|
||||
DONE 2026-10-09T09:32:24Z
|
||||
16
docs/analysis/mhpow/b3/rows/rtx4090-r1/rows.jsonl
Normal file
16
docs/analysis/mhpow/b3/rows/rtx4090-r1/rows.jsonl
Normal file
|
|
@ -0,0 +1,16 @@
|
|||
{"tag":"main-n20-k1","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":20,"N":1048576,"inst_MiB":32.0,"B":353,"Bmax":353,"layout":"soa","kernel":"k1","k":64,"wrong_edge":0,"passes":9,"graph_s":0.0243,"state_alloc_s":0.0022,"label_s_per_pass":2.399227,"labels_per_s":154277760.0,"labels_per_s_per_inst":437047.5,"ns_per_label_per_inst":2288.08,"merkle_s":0.048111,"prove_s":0.028913,"verify_all_s":0.0470,"accepted":353,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":16.44,"oracle":"IDENTICAL","label_window_unix_ms":[1791537770051,1791537791657],"free_gib":23.14,"per_inst_MiB":64.1}
|
||||
{"tag":"main-n20-k2","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":20,"N":1048576,"inst_MiB":32.0,"B":353,"Bmax":353,"layout":"soa","kernel":"k2","k":64,"wrong_edge":0,"passes":14,"graph_s":0.0244,"state_alloc_s":0.1633,"label_s_per_pass":1.434892,"labels_per_s":257961822.7,"labels_per_s_per_inst":730770.0,"ns_per_label_per_inst":1368.42,"merkle_s":0.047834,"prove_s":0.029520,"verify_all_s":0.0489,"accepted":353,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":16.09,"oracle":"IDENTICAL","label_window_unix_ms":[1791537808762,1791537828851],"free_gib":23.14,"per_inst_MiB":64.1}
|
||||
{"tag":"main-n22-k1","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":22,"N":4194304,"inst_MiB":128.0,"B":88,"Bmax":88,"layout":"soa","kernel":"k1","k":64,"wrong_edge":0,"passes":3,"graph_s":0.0934,"state_alloc_s":0.0926,"label_s_per_pass":9.618606,"labels_per_s":38373414.4,"labels_per_s_per_inst":436061.5,"ns_per_label_per_inst":2293.25,"merkle_s":0.047710,"prove_s":0.009508,"verify_all_s":0.0131,"accepted":88,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":23.18,"oracle":"IDENTICAL","label_window_unix_ms":[1791537845612,1791537874470],"free_gib":23.14,"per_inst_MiB":256.1}
|
||||
{"tag":"main-n22-k2","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":22,"N":4194304,"inst_MiB":128.0,"B":88,"Bmax":88,"layout":"soa","kernel":"k2","k":64,"wrong_edge":0,"passes":4,"graph_s":0.0938,"state_alloc_s":0.0940,"label_s_per_pass":5.800857,"labels_per_s":63628313.2,"labels_per_s_per_inst":723049.0,"ns_per_label_per_inst":1383.03,"merkle_s":0.048206,"prove_s":0.009367,"verify_all_s":0.0129,"accepted":88,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":23.11,"oracle":"IDENTICAL","label_window_unix_ms":[1791537898256,1791537921459],"free_gib":23.14,"per_inst_MiB":256.1}
|
||||
{"tag":"main-n24-k1","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":24,"N":16777216,"inst_MiB":512.0,"B":22,"Bmax":22,"layout":"soa","kernel":"k1","k":64,"wrong_edge":0,"passes":1,"graph_s":0.3730,"state_alloc_s":0.0106,"label_s_per_pass":38.473902,"labels_per_s":9593483.6,"labels_per_s_per_inst":436067.4,"ns_per_label_per_inst":2293.22,"merkle_s":0.047788,"prove_s":0.003201,"verify_all_s":0.0047,"accepted":22,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":50.37,"oracle":"IDENTICAL","label_window_unix_ms":[1791537945377,1791537983852],"free_gib":23.14,"per_inst_MiB":1024.1}
|
||||
{"tag":"main-n24-k2","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":24,"N":16777216,"inst_MiB":512.0,"B":22,"Bmax":22,"layout":"soa","kernel":"k2","k":64,"wrong_edge":0,"passes":1,"graph_s":0.3740,"state_alloc_s":0.0158,"label_s_per_pass":22.737664,"labels_per_s":16232923.1,"labels_per_s_per_inst":737860.1,"ns_per_label_per_inst":1355.27,"merkle_s":0.047969,"prove_s":0.002959,"verify_all_s":0.0047,"accepted":22,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":50.37,"oracle":"IDENTICAL","label_window_unix_ms":[1791538035170,1791538057908],"free_gib":23.14,"per_inst_MiB":1024.1}
|
||||
{"tag":"abl-n20-k1-aos","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":20,"N":1048576,"inst_MiB":32.0,"B":353,"Bmax":353,"layout":"aos","kernel":"k1","k":64,"wrong_edge":0,"passes":9,"graph_s":0.0242,"state_alloc_s":0.1368,"label_s_per_pass":2.423669,"labels_per_s":152721908.4,"labels_per_s_per_inst":432640.0,"ns_per_label_per_inst":2311.39,"merkle_s":0.083527,"prove_s":0.031405,"verify_all_s":0.0466,"accepted":353,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":2.25,"oracle":"IDENTICAL","label_window_unix_ms":[1791538108995,1791538130808],"free_gib":23.14,"per_inst_MiB":64.1}
|
||||
{"tag":"ladder-n20-B1-k2","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":20,"N":1048576,"inst_MiB":32.0,"B":1,"Bmax":353,"layout":"soa","kernel":"k2","k":64,"wrong_edge":0,"passes":8,"graph_s":0.0244,"state_alloc_s":0.0071,"label_s_per_pass":1.375263,"labels_per_s":762454.9,"labels_per_s_per_inst":762454.9,"ns_per_label_per_inst":1311.55,"merkle_s":0.000319,"prove_s":0.000326,"verify_all_s":0.0022,"accepted":1,"checked":1,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":1.17,"oracle":"IDENTICAL","label_window_unix_ms":[1791538133617,1791538144632],"free_gib":23.14,"per_inst_MiB":64.1}
|
||||
{"tag":"ladder-n20-B1-k1","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":20,"N":1048576,"inst_MiB":32.0,"B":1,"Bmax":353,"layout":"soa","kernel":"k1","k":64,"wrong_edge":0,"passes":5,"graph_s":0.0278,"state_alloc_s":0.0009,"label_s_per_pass":2.337456,"labels_per_s":448597.2,"labels_per_s_per_inst":448597.2,"ns_per_label_per_inst":2229.17,"merkle_s":0.000327,"prove_s":0.000347,"verify_all_s":0.0020,"accepted":1,"checked":1,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":1.17,"oracle":"IDENTICAL","label_window_unix_ms":[1791538146119,1791538157807],"free_gib":23.14,"per_inst_MiB":64.1}
|
||||
{"tag":"ladder-n20-B32-k2","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":20,"N":1048576,"inst_MiB":32.0,"B":32,"Bmax":353,"layout":"soa","kernel":"k2","k":64,"wrong_edge":0,"passes":8,"graph_s":0.0241,"state_alloc_s":0.0010,"label_s_per_pass":1.399720,"labels_per_s":23972248.8,"labels_per_s_per_inst":749132.8,"ns_per_label_per_inst":1334.88,"merkle_s":0.004549,"prove_s":0.003421,"verify_all_s":0.0059,"accepted":32,"checked":1,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":2.40,"oracle":"IDENTICAL","label_window_unix_ms":[1791538159287,1791538170484],"free_gib":23.14,"per_inst_MiB":64.1}
|
||||
{"tag":"ladder-n20-B32-k1","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":20,"N":1048576,"inst_MiB":32.0,"B":32,"Bmax":353,"layout":"soa","kernel":"k1","k":64,"wrong_edge":0,"passes":5,"graph_s":0.0242,"state_alloc_s":0.0011,"label_s_per_pass":2.370587,"labels_per_s":14154479.6,"labels_per_s_per_inst":442327.5,"ns_per_label_per_inst":2260.77,"merkle_s":0.004549,"prove_s":0.003840,"verify_all_s":0.0058,"accepted":32,"checked":1,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":2.41,"oracle":"IDENTICAL","label_window_unix_ms":[1791538173222,1791538185082],"free_gib":23.14,"per_inst_MiB":64.1}
|
||||
{"tag":"ladder-n20-B128-k2","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":20,"N":1048576,"inst_MiB":32.0,"B":128,"Bmax":353,"layout":"soa","kernel":"k2","k":64,"wrong_edge":0,"passes":7,"graph_s":0.0240,"state_alloc_s":0.0014,"label_s_per_pass":1.442714,"labels_per_s":93031413.9,"labels_per_s_per_inst":726807.9,"ns_per_label_per_inst":1375.88,"merkle_s":0.017440,"prove_s":0.010995,"verify_all_s":0.0195,"accepted":128,"checked":1,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":6.24,"oracle":"IDENTICAL","label_window_unix_ms":[1791538187818,1791538197925],"free_gib":23.14,"per_inst_MiB":64.1}
|
||||
{"tag":"ladder-n20-B128-k1","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":20,"N":1048576,"inst_MiB":32.0,"B":128,"Bmax":353,"layout":"soa","kernel":"k1","k":64,"wrong_edge":0,"passes":5,"graph_s":0.0243,"state_alloc_s":0.0015,"label_s_per_pass":2.398947,"labels_per_s":55948600.3,"labels_per_s_per_inst":437098.4,"ns_per_label_per_inst":2287.81,"merkle_s":0.017464,"prove_s":0.011916,"verify_all_s":0.0192,"accepted":128,"checked":1,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":6.17,"oracle":"IDENTICAL","label_window_unix_ms":[1791538204552,1791538216547],"free_gib":23.14,"per_inst_MiB":64.1}
|
||||
{"tag":"diag-n14-k1","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":14,"N":16384,"inst_MiB":0.5,"B":20838,"Bmax":20838,"layout":"soa","kernel":"k1","k":64,"wrong_edge":0,"passes":287,"graph_s":0.0011,"state_alloc_s":0.0124,"label_s_per_pass":0.069711,"labels_per_s":4897508138.0,"labels_per_s_per_inst":235027.7,"ns_per_label_per_inst":4254.82,"merkle_s":0.044716,"prove_s":1.091650,"verify_all_s":1.9567,"accepted":20838,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":12.77,"oracle":"IDENTICAL","label_window_unix_ms":[1791538223095,1791538243109],"free_gib":23.14,"per_inst_MiB":1.1}
|
||||
{"tag":"diag-n16-k1","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":16,"N":65536,"inst_MiB":2.0,"B":5530,"Bmax":5530,"layout":"soa","kernel":"k1","k":64,"wrong_edge":0,"passes":132,"graph_s":0.0024,"state_alloc_s":0.1885,"label_s_per_pass":0.152132,"labels_per_s":2382239545.4,"labels_per_s_per_inst":430784.7,"ns_per_label_per_inst":2321.35,"merkle_s":0.046818,"prove_s":0.343418,"verify_all_s":0.5917,"accepted":5530,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":13.62,"oracle":"IDENTICAL","label_window_unix_ms":[1791538259789,1791538279871],"free_gib":23.14,"per_inst_MiB":4.1}
|
||||
{"tag":"diag-n18-k1","gpu":"NVIDIA GeForce RTX 4090","sm":"8.9","sms":128,"encoding":"B3P1","n":18,"N":262144,"inst_MiB":8.0,"B":1407,"Bmax":1407,"layout":"soa","kernel":"k1","k":64,"wrong_edge":0,"passes":34,"graph_s":0.0067,"state_alloc_s":0.1751,"label_s_per_pass":0.601714,"labels_per_s":612976879.2,"labels_per_s_per_inst":435662.3,"ns_per_label_per_inst":2295.36,"merkle_s":0.047299,"prove_s":0.098035,"verify_all_s":0.1728,"accepted":1407,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":14.42,"oracle":"IDENTICAL","label_window_unix_ms":[1791538295105,1791538315564],"free_gib":23.14,"per_inst_MiB":16.1}
|
||||
0
docs/analysis/mhpow/b3/rows/rtx4090-r1/stderr.log
Normal file
0
docs/analysis/mhpow/b3/rows/rtx4090-r1/stderr.log
Normal file
5
docs/analysis/mhpow/b3/rows/rtx5090-b1/cpu.jsonl
Normal file
5
docs/analysis/mhpow/b3/rows/rtx5090-b1/cpu.jsonl
Normal file
|
|
@ -0,0 +1,5 @@
|
|||
{"mode":"cpu_time","encoding":"B1","impl":"C port, portable BLAKE2b","n":20,"N":1048576,"k":64,"threads":1,"graph_s_single_thread":0.523,"label_s_mean":0.2823,"merkle_s_mean":0.2621,"prove_s_mean":0.000172,"verify_s_mean":0.000903,"wall_s":0.554,"labels_per_s_per_instance":3714159.6,"labels_per_s_all":1892158.4,"accepted":1}
|
||||
{"mode":"cpu_time","encoding":"B1","impl":"C port, portable BLAKE2b","n":22,"N":4194304,"k":64,"threads":1,"graph_s_single_thread":2.059,"label_s_mean":1.2048,"merkle_s_mean":1.0615,"prove_s_mean":0.000215,"verify_s_mean":0.001018,"wall_s":2.301,"labels_per_s_per_instance":3481409.4,"labels_per_s_all":1822422.8,"accepted":1}
|
||||
{"mode":"cpu_time","encoding":"B1","impl":"C port, portable BLAKE2b","n":24,"N":16777216,"k":64,"threads":1,"graph_s_single_thread":8.284,"label_s_mean":4.9108,"merkle_s_mean":4.2930,"prove_s_mean":0.000254,"verify_s_mean":0.001082,"wall_s":9.337,"labels_per_s_per_instance":3416412.1,"labels_per_s_all":1796877.3,"accepted":1}
|
||||
{"mode":"cpu_time","encoding":"B1","impl":"C port, portable BLAKE2b","n":20,"N":1048576,"k":64,"threads":26,"graph_s_single_thread":0.515,"label_s_mean":0.2851,"merkle_s_mean":0.2651,"prove_s_mean":0.000175,"verify_s_mean":0.000929,"wall_s":0.787,"labels_per_s_per_instance":3678200.1,"labels_per_s_all":34653203.8,"accepted":26}
|
||||
{"mode":"cpu_time","encoding":"B1","impl":"C port, portable BLAKE2b","n":22,"N":4194304,"k":64,"threads":26,"graph_s_single_thread":2.065,"label_s_mean":1.2021,"merkle_s_mean":1.0632,"prove_s_mean":0.000235,"verify_s_mean":0.001000,"wall_s":3.196,"labels_per_s_per_instance":3489061.0,"labels_per_s_all":34117134.4,"accepted":26}
|
||||
1
docs/analysis/mhpow/b3/rows/rtx5090-b1/idle.json
Normal file
1
docs/analysis/mhpow/b3/rows/rtx5090-b1/idle.json
Normal file
|
|
@ -0,0 +1 @@
|
|||
{"idle_window_unix_ms":[1791538470000,1791538500000]}
|
||||
15
docs/analysis/mhpow/b3/rows/rtx5090-b1/known-failed-b1.log
Normal file
15
docs/analysis/mhpow/b3/rows/rtx5090-b1/known-failed-b1.log
Normal file
|
|
@ -0,0 +1,15 @@
|
|||
{"kat":4,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
{"kat":8,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
{"kat":12,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
{"kat":16,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
{"kat":20,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
CASE b1_kat_port PASS
|
||||
{"tag":"known-failed-b1","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B1","n":12,"N":4096,"inst_MiB":0.1,"B":96,"Bmax":93706,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":1,"passes":1,"graph_s":0.0043,"state_alloc_s":0.0008,"label_s_per_pass":0.005726,"labels_per_s":68669142.3,"labels_per_s_per_inst":715303.6,"ns_per_label_per_inst":1398.01,"merkle_s":0.000138,"prove_s":0.009103,"verify_all_s":0.0001,"accepted":0,"checked":4,"lab_bad_inst":4,"tree_bad_inst":4,"root_bad":4,"proof_bad":4,"b1_kat_instance0":0,"check_s":0.03,"oracle":"MISMATCH","label_window_unix_ms":[1791539079246,1791539079252],"free_gib":30.86,"per_inst_MiB":0.3,"proof_bytes_inst0":79981}
|
||||
CASE known_failed_wrong_edge_b1 PASS (oracle fired)
|
||||
{"tag":"known-finished-b1-n8","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B1","n":8,"N":256,"inst_MiB":0.0,"B":96,"Bmax":446484,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":1,"graph_s":0.0025,"state_alloc_s":0.0004,"label_s_per_pass":0.000464,"labels_per_s":52932662.9,"labels_per_s_per_inst":551381.9,"ns_per_label_per_inst":1813.62,"merkle_s":0.000085,"prove_s":0.006601,"verify_all_s":0.0051,"accepted":96,"checked":4,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":0.00,"oracle":"IDENTICAL","label_window_unix_ms":[1791539079670,1791539079670],"free_gib":30.86,"per_inst_MiB":0.1,"proof_bytes_inst0":55405}
|
||||
CASE known_finished_b1_n8 PASS
|
||||
{"tag":"known-finished-b1-n12","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B1","n":12,"N":4096,"inst_MiB":0.1,"B":96,"Bmax":93706,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":1,"graph_s":0.0043,"state_alloc_s":0.0007,"label_s_per_pass":0.005717,"labels_per_s":68775219.1,"labels_per_s_per_inst":716408.5,"ns_per_label_per_inst":1395.85,"merkle_s":0.000138,"prove_s":0.008832,"verify_all_s":0.0042,"accepted":96,"checked":4,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":0.04,"oracle":"IDENTICAL","label_window_unix_ms":[1791539080051,1791539080057],"free_gib":30.86,"per_inst_MiB":0.3,"proof_bytes_inst0":79981}
|
||||
CASE known_finished_b1_n12 PASS
|
||||
{"tag":"known-finished-b1-n16","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B1","n":16,"N":65536,"inst_MiB":2.0,"B":96,"Bmax":7457,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":1,"graph_s":0.0073,"state_alloc_s":0.0009,"label_s_per_pass":0.091218,"labels_per_s":68971954.3,"labels_per_s_per_inst":718457.9,"ns_per_label_per_inst":1391.87,"merkle_s":0.000633,"prove_s":0.011245,"verify_all_s":0.0072,"accepted":96,"checked":4,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":0.47,"oracle":"IDENTICAL","label_window_unix_ms":[1791539080484,1791539080576],"free_gib":30.86,"per_inst_MiB":4.1,"proof_bytes_inst0":104557}
|
||||
CASE known_finished_b1_n16 PASS
|
||||
RESULT test_known_failed_b1 PASS
|
||||
16
docs/analysis/mhpow/b3/rows/rtx5090-b1/meta.txt
Normal file
16
docs/analysis/mhpow/b3/rows/rtx5090-b1/meta.txt
Normal file
|
|
@ -0,0 +1,16 @@
|
|||
label=rtx5090-b1
|
||||
encoding=B1 (tools/mhpow/b1 at build-6 09:26Z: params.py d47b8ff5, drsample.py 4169a5fc, mtp.py c0feed31)
|
||||
src_id_b1=d672d3839ebb45e5
|
||||
2026-10-09T09:34:29Z
|
||||
model name : AMD EPYC 7K62 48-Core Processor
|
||||
nproc=192 cgroup_cpus=26
|
||||
7.79 12.11 23.04 7/6975 2532
|
||||
name, driver_version, vbios_version, power.limit [W], power.default_limit [W], clocks.max.sm [MHz], clocks.max.memory [MHz], memory.total [MiB], pcie.link.gen.current, pcie.link.width.current
|
||||
NVIDIA GeForce RTX 5090, 580.126.09, 98.02.2E.80.39, 480.00 W, 600.00 W, 3105 MHz, 14001 MHz, 32607 MiB, 4, 16
|
||||
Build cuda_12.8.r12.8/compiler.35583870_0
|
||||
{"kat":4,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
{"kat":8,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
{"kat":12,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
{"kat":16,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
{"kat":20,"chi":1,"graph":1,"labels":1,"tau":1,"proof_sha":1,"proof_bin":1,"verify":1,"verdict":"IDENTICAL"}
|
||||
11.67 12.19 17.72 7/7006 3389
|
||||
575
docs/analysis/mhpow/b3/rows/rtx5090-b1/power.csv
Normal file
575
docs/analysis/mhpow/b3/rows/rtx5090-b1/power.csv
Normal file
|
|
@ -0,0 +1,575 @@
|
|||
2026/10/09 09:34:30.706, 6.64, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:31.736, 7.91, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:32.737, 5.75, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:33.738, 5.94, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:34.738, 5.98, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:35.739, 6.31, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:36.740, 5.64, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:37.741, 5.18, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:38.741, 5.49, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:39.741, 5.46, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:40.742, 5.78, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:41.743, 5.94, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:42.743, 6.07, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:43.744, 6.11, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:44.744, 6.27, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:45.745, 6.50, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:46.745, 7.64, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:47.746, 7.00, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:48.746, 6.76, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:49.747, 6.13, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:50.747, 6.38, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:51.747, 6.44, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:52.748, 6.02, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:53.748, 6.21, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:54.749, 5.62, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:55.749, 5.48, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:56.750, 5.61, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:57.750, 5.60, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:58.751, 5.99, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:34:59.751, 5.39, 0, 0, 195, 405, 1, 40
|
||||
2026/10/09 09:35:00.752, 5.39, 0, 0, 195, 405, 2, 40
|
||||
2026/10/09 09:35:01.787, 54.46, 100, 1, 2917, 13801, 31044, 43
|
||||
2026/10/09 09:35:02.788, 117.73, 100, 2, 2917, 13801, 31044, 43
|
||||
2026/10/09 09:35:03.788, 118.21, 100, 2, 2917, 13801, 31044, 43
|
||||
2026/10/09 09:35:04.789, 118.04, 100, 2, 2917, 13801, 31044, 43
|
||||
2026/10/09 09:35:05.789, 118.12, 100, 2, 2917, 13801, 31044, 43
|
||||
2026/10/09 09:35:06.789, 118.32, 100, 2, 2917, 13801, 31044, 43
|
||||
2026/10/09 09:35:07.790, 118.12, 100, 2, 2917, 13801, 31044, 44
|
||||
2026/10/09 09:35:08.790, 118.47, 100, 2, 2917, 13801, 31044, 44
|
||||
2026/10/09 09:35:09.791, 118.66, 100, 2, 2917, 13801, 31044, 44
|
||||
2026/10/09 09:35:10.792, 118.95, 100, 2, 2917, 13801, 31044, 44
|
||||
2026/10/09 09:35:11.792, 118.65, 100, 2, 2917, 13801, 31044, 44
|
||||
2026/10/09 09:35:12.792, 118.73, 100, 2, 2917, 13801, 31044, 44
|
||||
2026/10/09 09:35:13.793, 118.39, 100, 2, 2917, 13801, 31044, 44
|
||||
2026/10/09 09:35:14.794, 118.43, 100, 2, 2917, 13801, 31044, 44
|
||||
2026/10/09 09:35:15.794, 118.76, 100, 2, 2917, 13801, 31044, 44
|
||||
2026/10/09 09:35:16.795, 118.75, 100, 2, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:35:17.795, 119.08, 100, 2, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:35:18.796, 118.78, 100, 1, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:35:19.796, 118.96, 100, 2, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:35:20.797, 118.95, 100, 2, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:35:21.797, 118.67, 90, 40, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:35:22.798, 81.72, 0, 0, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:35:23.798, 68.77, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:24.800, 58.05, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:25.800, 58.13, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:26.800, 58.30, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:27.801, 58.73, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:28.801, 58.23, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:29.802, 58.52, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:30.802, 58.25, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:31.802, 58.30, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:32.803, 58.31, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:33.803, 57.78, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:34.803, 58.05, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:35.804, 59.08, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:36.806, 58.38, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:37.807, 58.67, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:38.807, 51.06, 0, 0, 502, 810, 31044, 42
|
||||
2026/10/09 09:35:39.808, 28.27, 0, 0, 427, 810, 31044, 42
|
||||
2026/10/09 09:35:40.809, 15.59, 0, 0, 262, 405, 31044, 42
|
||||
2026/10/09 09:35:41.809, 12.99, 0, 0, 195, 405, 31044, 42
|
||||
2026/10/09 09:35:42.809, 7.29, 0, 0, 195, 405, 31044, 42
|
||||
2026/10/09 09:35:43.810, 14.20, 0, 0, 2460, 13801, 31044, 43
|
||||
2026/10/09 09:35:44.810, 65.39, 15, 0, 2880, 13801, 31044, 44
|
||||
2026/10/09 09:35:45.811, 86.94, 46, 1, 2917, 13801, 31044, 44
|
||||
2026/10/09 09:35:46.812, 87.16, 46, 1, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:35:47.813, 84.60, 38, 1, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:35:48.814, 82.12, 0, 0, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:35:49.814, 63.34, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:50.815, 58.46, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:51.816, 57.97, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:52.816, 58.36, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:35:53.818, 63.52, 0, 0, 2542, 14001, 510, 44
|
||||
2026/10/09 09:35:54.844, 94.53, 100, 0, 2902, 13801, 31014, 45
|
||||
2026/10/09 09:35:55.872, 105.84, 100, 0, 2902, 13801, 31014, 45
|
||||
2026/10/09 09:35:56.896, 105.97, 100, 0, 2902, 13801, 31014, 45
|
||||
2026/10/09 09:35:57.918, 106.31, 100, 0, 2902, 13801, 31014, 45
|
||||
2026/10/09 09:35:58.936, 106.44, 100, 0, 2902, 13801, 31014, 45
|
||||
2026/10/09 09:35:59.953, 106.57, 100, 0, 2902, 13801, 31014, 45
|
||||
2026/10/09 09:36:00.968, 107.12, 100, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:01.980, 107.12, 100, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:02.992, 107.15, 100, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:04.002, 106.89, 100, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:05.010, 106.91, 100, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:06.018, 106.82, 100, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:07.026, 107.11, 100, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:08.033, 107.32, 100, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:09.038, 107.10, 100, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:10.044, 107.10, 100, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:11.049, 107.59, 100, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:12.053, 107.25, 100, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:13.057, 107.44, 100, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:14.061, 107.48, 100, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:15.064, 107.43, 100, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:16.067, 107.40, 100, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:17.070, 107.36, 100, 0, 2902, 13801, 31014, 47
|
||||
2026/10/09 09:36:18.074, 107.43, 100, 0, 2902, 13801, 31014, 47
|
||||
2026/10/09 09:36:19.076, 123.11, 100, 0, 2835, 13801, 31014, 47
|
||||
2026/10/09 09:36:20.078, 103.07, 0, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:21.081, 79.11, 0, 0, 2580, 13801, 31014, 45
|
||||
2026/10/09 09:36:22.083, 59.35, 0, 0, 2542, 13801, 31014, 45
|
||||
2026/10/09 09:36:23.085, 59.54, 0, 0, 2542, 13801, 31014, 45
|
||||
2026/10/09 09:36:24.086, 59.62, 0, 0, 2542, 13801, 31014, 45
|
||||
2026/10/09 09:36:25.088, 59.30, 0, 0, 2542, 13801, 31014, 45
|
||||
2026/10/09 09:36:26.088, 59.23, 0, 0, 2542, 13801, 31014, 45
|
||||
2026/10/09 09:36:27.089, 59.39, 0, 0, 2542, 13801, 31014, 45
|
||||
2026/10/09 09:36:28.089, 59.09, 0, 0, 2542, 13801, 31014, 45
|
||||
2026/10/09 09:36:29.089, 59.08, 0, 0, 2542, 13801, 31014, 45
|
||||
2026/10/09 09:36:30.090, 59.74, 0, 0, 2542, 13801, 31014, 45
|
||||
2026/10/09 09:36:31.090, 59.12, 0, 0, 2542, 13801, 31014, 45
|
||||
2026/10/09 09:36:32.091, 59.73, 0, 0, 2542, 13801, 31014, 45
|
||||
2026/10/09 09:36:33.091, 59.91, 0, 0, 2542, 13801, 31014, 45
|
||||
2026/10/09 09:36:34.091, 59.81, 0, 0, 2542, 13801, 31014, 45
|
||||
2026/10/09 09:36:35.092, 60.02, 0, 0, 2542, 13801, 31014, 45
|
||||
2026/10/09 09:36:36.092, 52.67, 0, 0, 502, 810, 31014, 45
|
||||
2026/10/09 09:36:37.093, 26.96, 0, 0, 427, 810, 31014, 44
|
||||
2026/10/09 09:36:38.093, 18.37, 0, 0, 270, 405, 31014, 44
|
||||
2026/10/09 09:36:39.093, 11.11, 0, 0, 195, 405, 31014, 44
|
||||
2026/10/09 09:36:40.094, 9.13, 0, 0, 195, 405, 31014, 44
|
||||
2026/10/09 09:36:41.094, 6.49, 0, 0, 195, 405, 31014, 44
|
||||
2026/10/09 09:36:42.094, 60.25, 46, 1, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:43.095, 87.13, 46, 1, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:44.095, 85.67, 11, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:45.095, 89.14, 46, 1, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:46.096, 84.78, 0, 0, 2902, 13801, 31014, 46
|
||||
2026/10/09 09:36:47.100, 79.81, 0, 0, 2580, 13801, 31014, 46
|
||||
2026/10/09 09:36:48.101, 59.13, 0, 0, 2542, 13801, 31014, 45
|
||||
2026/10/09 09:36:49.101, 59.24, 0, 0, 2542, 13801, 31014, 46
|
||||
2026/10/09 09:36:50.102, 59.84, 0, 0, 2542, 13801, 31014, 46
|
||||
2026/10/09 09:36:51.102, 59.71, 0, 0, 2542, 13801, 31014, 46
|
||||
2026/10/09 09:36:52.102, 59.91, 0, 0, 2542, 13801, 31014, 46
|
||||
2026/10/09 09:36:53.104, 60.21, 0, 0, 2542, 13801, 31014, 46
|
||||
2026/10/09 09:36:54.105, 60.28, 0, 0, 2542, 13801, 31014, 46
|
||||
2026/10/09 09:36:55.105, 70.33, 79, 0, 2692, 13801, 30282, 46
|
||||
2026/10/09 09:36:56.105, 103.78, 100, 0, 2902, 13801, 30282, 47
|
||||
2026/10/09 09:36:57.106, 105.13, 100, 0, 2902, 13801, 30282, 47
|
||||
2026/10/09 09:36:58.106, 105.37, 100, 0, 2902, 13801, 30282, 47
|
||||
2026/10/09 09:36:59.107, 105.49, 100, 0, 2902, 13801, 30282, 47
|
||||
2026/10/09 09:37:00.108, 105.29, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:01.110, 105.36, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:02.112, 105.61, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:03.113, 105.45, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:04.115, 105.50, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:05.116, 105.57, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:06.117, 105.23, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:07.118, 105.38, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:08.120, 105.40, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:09.120, 105.83, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:10.120, 106.09, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:11.121, 106.34, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:12.121, 106.62, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:13.121, 106.77, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:14.122, 106.78, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:15.122, 106.35, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:16.122, 106.50, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:17.123, 106.61, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:18.123, 106.39, 100, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:19.124, 106.71, 100, 0, 2902, 13801, 30282, 49
|
||||
2026/10/09 09:37:20.124, 116.23, 0, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:21.124, 88.97, 0, 0, 2902, 13801, 30282, 48
|
||||
2026/10/09 09:37:22.125, 77.67, 0, 0, 2542, 13801, 30282, 47
|
||||
2026/10/09 09:37:23.125, 65.46, 0, 0, 2542, 13801, 30282, 47
|
||||
2026/10/09 09:37:24.126, 64.89, 0, 0, 2542, 13801, 30282, 47
|
||||
2026/10/09 09:37:25.126, 63.99, 0, 0, 2542, 13801, 30282, 47
|
||||
2026/10/09 09:37:26.126, 63.61, 0, 0, 2542, 13801, 30282, 47
|
||||
2026/10/09 09:37:27.126, 63.59, 0, 0, 2542, 13801, 30282, 47
|
||||
2026/10/09 09:37:28.127, 64.28, 0, 0, 2542, 13801, 30282, 47
|
||||
2026/10/09 09:37:29.127, 64.22, 0, 0, 2542, 13801, 30282, 47
|
||||
2026/10/09 09:37:30.127, 64.58, 0, 0, 2542, 13801, 30282, 47
|
||||
2026/10/09 09:37:31.128, 65.12, 0, 0, 2542, 13801, 30282, 47
|
||||
2026/10/09 09:37:32.128, 65.21, 0, 0, 2542, 13801, 30282, 47
|
||||
2026/10/09 09:37:33.128, 65.15, 0, 0, 2542, 13801, 30282, 46
|
||||
2026/10/09 09:37:34.129, 63.94, 0, 0, 2542, 13801, 30282, 46
|
||||
2026/10/09 09:37:35.129, 63.72, 0, 0, 2542, 13801, 30282, 46
|
||||
2026/10/09 09:37:36.129, 63.97, 0, 0, 2542, 13801, 30282, 46
|
||||
2026/10/09 09:37:37.130, 38.19, 0, 0, 420, 810, 30282, 45
|
||||
2026/10/09 09:37:38.130, 30.69, 0, 0, 420, 810, 30282, 45
|
||||
2026/10/09 09:37:39.131, 20.11, 0, 0, 255, 405, 30282, 45
|
||||
2026/10/09 09:37:40.131, 40.60, 34, 1, 2542, 13801, 30282, 46
|
||||
2026/10/09 09:37:41.131, 67.37, 10, 0, 2542, 13801, 30282, 46
|
||||
2026/10/09 09:37:42.132, 63.74, 9, 0, 2542, 13801, 30282, 46
|
||||
2026/10/09 09:37:43.132, 63.90, 20, 1, 2542, 13801, 30282, 46
|
||||
2026/10/09 09:37:44.133, 68.41, 24, 1, 2542, 13801, 30282, 46
|
||||
2026/10/09 09:37:45.134, 63.85, 0, 0, 2542, 13801, 30282, 45
|
||||
2026/10/09 09:37:46.134, 63.01, 0, 0, 2542, 13801, 30282, 45
|
||||
2026/10/09 09:37:47.135, 63.12, 0, 0, 2542, 13801, 30282, 45
|
||||
2026/10/09 09:37:48.135, 62.73, 0, 0, 2542, 13801, 30282, 45
|
||||
2026/10/09 09:37:49.135, 62.60, 0, 0, 2542, 13801, 30282, 45
|
||||
2026/10/09 09:37:50.136, 62.75, 0, 0, 2542, 13801, 30282, 45
|
||||
2026/10/09 09:37:51.136, 63.04, 0, 0, 2542, 13801, 30282, 45
|
||||
2026/10/09 09:37:52.137, 63.22, 0, 0, 2542, 13801, 30282, 45
|
||||
2026/10/09 09:37:53.138, 64.31, 0, 0, 2542, 13801, 30282, 45
|
||||
2026/10/09 09:37:54.138, 64.34, 0, 0, 2542, 13801, 30282, 45
|
||||
2026/10/09 09:37:55.139, 63.70, 0, 0, 2542, 13801, 30282, 45
|
||||
2026/10/09 09:37:56.139, 63.02, 0, 0, 2542, 13801, 30282, 45
|
||||
2026/10/09 09:37:57.139, 61.78, 0, 0, 2542, 13801, 30282, 45
|
||||
2026/10/09 09:37:58.140, 61.72, 0, 0, 2542, 13801, 30282, 45
|
||||
2026/10/09 09:37:59.140, 62.46, 0, 0, 2542, 13801, 30282, 45
|
||||
2026/10/09 09:38:00.141, 62.69, 0, 0, 2542, 13801, 30282, 44
|
||||
2026/10/09 09:38:01.142, 37.19, 0, 0, 420, 810, 30282, 44
|
||||
2026/10/09 09:38:02.142, 32.83, 0, 0, 420, 810, 30282, 43
|
||||
2026/10/09 09:38:03.143, 20.57, 0, 0, 255, 405, 30282, 43
|
||||
2026/10/09 09:38:04.143, 17.54, 0, 0, 195, 405, 30282, 43
|
||||
2026/10/09 09:38:05.144, 11.94, 0, 0, 195, 405, 30282, 43
|
||||
2026/10/09 09:38:06.144, 9.13, 0, 0, 195, 405, 30282, 43
|
||||
2026/10/09 09:38:07.145, 7.04, 0, 0, 195, 405, 30282, 43
|
||||
2026/10/09 09:38:08.145, 7.31, 0, 0, 195, 405, 30282, 43
|
||||
2026/10/09 09:38:09.146, 7.71, 0, 0, 195, 405, 30282, 43
|
||||
2026/10/09 09:38:10.146, 6.38, 0, 0, 195, 405, 30282, 43
|
||||
2026/10/09 09:38:11.147, 14.91, 100, 93, 930, 810, 2, 43
|
||||
2026/10/09 09:38:12.147, 111.96, 100, 2, 2902, 13801, 31044, 46
|
||||
2026/10/09 09:38:13.148, 127.65, 100, 1, 2902, 13801, 31044, 46
|
||||
2026/10/09 09:38:14.148, 127.62, 100, 2, 2902, 13801, 31044, 46
|
||||
2026/10/09 09:38:15.148, 127.49, 100, 2, 2902, 13801, 31044, 46
|
||||
2026/10/09 09:38:16.149, 127.99, 100, 2, 2902, 13801, 31044, 46
|
||||
2026/10/09 09:38:17.149, 127.46, 100, 2, 2902, 13801, 31044, 46
|
||||
2026/10/09 09:38:18.150, 127.76, 100, 2, 2902, 13801, 31044, 46
|
||||
2026/10/09 09:38:19.150, 128.28, 100, 2, 2902, 13801, 31044, 46
|
||||
2026/10/09 09:38:20.153, 127.71, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:21.153, 128.05, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:22.154, 128.17, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:23.154, 128.00, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:24.154, 128.42, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:25.155, 128.42, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:26.155, 128.30, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:27.156, 128.67, 100, 1, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:28.156, 128.79, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:29.157, 131.04, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:30.157, 132.09, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:31.158, 132.60, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:32.158, 147.45, 0, 0, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:33.159, 87.84, 0, 0, 2902, 13801, 31044, 46
|
||||
2026/10/09 09:38:34.159, 107.99, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:35.160, 126.15, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:36.160, 126.57, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:37.161, 126.36, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:38.161, 127.07, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:39.162, 127.66, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:40.162, 127.34, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:41.163, 126.51, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:42.163, 125.89, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:43.163, 125.68, 100, 1, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:44.164, 126.18, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:45.164, 126.18, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:46.165, 126.10, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:47.165, 126.03, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:48.165, 126.17, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:49.166, 126.23, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:50.166, 125.43, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:51.167, 125.10, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:52.167, 126.14, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:53.168, 126.37, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:54.168, 127.08, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:55.168, 125.85, 100, 2, 2902, 13801, 31044, 47
|
||||
2026/10/09 09:38:56.169, 118.07, 0, 0, 2902, 13801, 31044, 46
|
||||
2026/10/09 09:38:57.169, 86.36, 0, 0, 2902, 13801, 31044, 46
|
||||
2026/10/09 09:38:58.169, 67.52, 0, 0, 2542, 13801, 31044, 45
|
||||
2026/10/09 09:38:59.170, 63.17, 0, 0, 2542, 13801, 31044, 45
|
||||
2026/10/09 09:39:00.170, 63.57, 0, 0, 2542, 13801, 31044, 45
|
||||
2026/10/09 09:39:01.171, 63.27, 0, 0, 2542, 13801, 31044, 45
|
||||
2026/10/09 09:39:02.171, 64.00, 0, 0, 2542, 13801, 31044, 45
|
||||
2026/10/09 09:39:03.172, 63.61, 0, 0, 2542, 13801, 31044, 45
|
||||
2026/10/09 09:39:04.172, 63.22, 0, 0, 2542, 13801, 31044, 45
|
||||
2026/10/09 09:39:05.173, 63.11, 0, 0, 2542, 13801, 31044, 45
|
||||
2026/10/09 09:39:06.173, 62.54, 0, 0, 2542, 13801, 31044, 45
|
||||
2026/10/09 09:39:07.173, 62.62, 0, 0, 2542, 13801, 31044, 44
|
||||
2026/10/09 09:39:08.174, 62.97, 0, 0, 2542, 13801, 31044, 44
|
||||
2026/10/09 09:39:09.174, 63.05, 0, 0, 2542, 13801, 31044, 44
|
||||
2026/10/09 09:39:10.175, 62.95, 0, 0, 2542, 13801, 31044, 44
|
||||
2026/10/09 09:39:11.175, 63.08, 0, 0, 2542, 13801, 31044, 44
|
||||
2026/10/09 09:39:12.181, 63.15, 0, 0, 2542, 13801, 31044, 44
|
||||
2026/10/09 09:39:13.208, 36.92, 0, 0, 435, 810, 31044, 43
|
||||
2026/10/09 09:39:14.232, 29.23, 0, 0, 435, 810, 31044, 43
|
||||
2026/10/09 09:39:15.253, 18.82, 0, 0, 262, 405, 31044, 43
|
||||
2026/10/09 09:39:16.271, 17.47, 0, 0, 195, 405, 31044, 43
|
||||
2026/10/09 09:39:17.288, 10.34, 0, 0, 195, 405, 31044, 42
|
||||
2026/10/09 09:39:18.302, 11.22, 0, 0, 195, 405, 31044, 42
|
||||
2026/10/09 09:39:19.314, 49.04, 45, 1, 2917, 13801, 31044, 44
|
||||
2026/10/09 09:39:20.326, 89.76, 10, 0, 2917, 13801, 31044, 44
|
||||
2026/10/09 09:39:21.336, 88.25, 46, 1, 2917, 13801, 31044, 44
|
||||
2026/10/09 09:39:22.344, 91.52, 49, 1, 2917, 13801, 31044, 44
|
||||
2026/10/09 09:39:23.352, 87.50, 0, 0, 2917, 13801, 31044, 44
|
||||
2026/10/09 09:39:24.359, 85.26, 0, 0, 2730, 13801, 31044, 44
|
||||
2026/10/09 09:39:25.366, 63.94, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:39:26.372, 63.71, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:39:27.377, 63.20, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:39:28.383, 61.95, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:39:29.388, 67.14, 55, 37, 2542, 14001, 584, 43
|
||||
2026/10/09 09:39:30.391, 96.87, 100, 0, 2902, 13801, 584, 45
|
||||
2026/10/09 09:39:31.395, 105.35, 100, 0, 2902, 13801, 584, 45
|
||||
2026/10/09 09:39:32.398, 105.62, 100, 0, 2902, 13801, 584, 45
|
||||
2026/10/09 09:39:33.402, 105.61, 100, 0, 2902, 13801, 584, 45
|
||||
2026/10/09 09:39:34.404, 105.65, 100, 0, 2902, 13801, 584, 45
|
||||
2026/10/09 09:39:35.407, 105.04, 100, 0, 2902, 13801, 584, 45
|
||||
2026/10/09 09:39:36.409, 104.89, 100, 0, 2902, 13801, 584, 45
|
||||
2026/10/09 09:39:37.412, 104.61, 100, 0, 2902, 13801, 584, 45
|
||||
2026/10/09 09:39:38.414, 104.90, 100, 0, 2902, 13801, 584, 45
|
||||
2026/10/09 09:39:39.417, 105.22, 100, 0, 2902, 13801, 584, 45
|
||||
2026/10/09 09:39:40.419, 94.36, 0, 0, 2902, 13801, 2, 44
|
||||
2026/10/09 09:39:41.421, 96.08, 100, 0, 2902, 13801, 2572, 45
|
||||
2026/10/09 09:39:42.422, 105.14, 100, 0, 2902, 13801, 2572, 45
|
||||
2026/10/09 09:39:43.425, 105.28, 100, 0, 2902, 13801, 2572, 45
|
||||
2026/10/09 09:39:44.426, 105.71, 100, 0, 2902, 13801, 2572, 45
|
||||
2026/10/09 09:39:45.428, 105.87, 100, 0, 2902, 13801, 2572, 45
|
||||
2026/10/09 09:39:46.429, 106.50, 100, 0, 2902, 13801, 2572, 45
|
||||
2026/10/09 09:39:47.430, 107.10, 100, 0, 2902, 13801, 2572, 45
|
||||
2026/10/09 09:39:48.433, 106.96, 100, 0, 2902, 13801, 2572, 45
|
||||
2026/10/09 09:39:49.435, 106.56, 100, 0, 2902, 13801, 2572, 45
|
||||
2026/10/09 09:39:50.436, 105.59, 100, 0, 2902, 13801, 2572, 45
|
||||
2026/10/09 09:39:51.437, 104.71, 100, 0, 2902, 13801, 2572, 45
|
||||
2026/10/09 09:39:52.439, 89.98, 0, 0, 2902, 13801, 2572, 44
|
||||
2026/10/09 09:39:53.441, 84.90, 0, 0, 2722, 13801, 2572, 43
|
||||
2026/10/09 09:39:54.442, 64.71, 0, 0, 2542, 14001, 8728, 43
|
||||
2026/10/09 09:39:55.443, 100.03, 100, 0, 2902, 13801, 8728, 44
|
||||
2026/10/09 09:39:56.445, 110.55, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:39:57.447, 110.36, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:39:58.450, 110.08, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:39:59.451, 109.37, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:40:00.453, 109.35, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:40:01.454, 109.70, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:40:02.456, 109.91, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:40:03.458, 109.97, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:40:04.460, 109.72, 100, 0, 2902, 13801, 8728, 45
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||||
2026/10/09 09:40:05.461, 111.28, 0, 0, 2887, 13801, 8728, 44
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||||
2026/10/09 09:40:06.463, 85.88, 0, 0, 2902, 13801, 8728, 44
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||||
2026/10/09 09:40:07.465, 79.55, 0, 0, 2542, 13801, 8728, 43
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||||
2026/10/09 09:40:08.467, 62.88, 0, 0, 2542, 13801, 8728, 43
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||||
2026/10/09 09:40:09.468, 63.27, 0, 0, 2542, 13801, 8728, 43
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||||
2026/10/09 09:40:10.470, 64.06, 0, 0, 2542, 13801, 8728, 43
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||||
2026/10/09 09:40:11.471, 65.09, 44, 1, 2542, 13801, 8728, 43
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||||
2026/10/09 09:40:12.473, 85.28, 0, 0, 2917, 13801, 8728, 43
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||||
2026/10/09 09:40:13.476, 85.61, 0, 0, 2917, 13801, 8728, 43
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||||
2026/10/09 09:40:14.477, 73.61, 0, 0, 2550, 13801, 508, 43
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||||
2026/10/09 09:40:15.479, 320.90, 100, 60, 2565, 13801, 31092, 55
|
||||
2026/10/09 09:40:16.480, 480.67, 100, 60, 2542, 13801, 31092, 56
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||||
2026/10/09 09:40:17.482, 480.13, 100, 59, 2527, 13801, 31092, 56
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||||
2026/10/09 09:40:18.484, 480.07, 100, 58, 2527, 13801, 31092, 57
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||||
2026/10/09 09:40:19.486, 480.09, 100, 58, 2535, 13801, 31092, 57
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||||
2026/10/09 09:40:20.487, 479.88, 100, 59, 2535, 13801, 31092, 57
|
||||
2026/10/09 09:40:21.489, 479.41, 100, 60, 2542, 13801, 31092, 57
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||||
2026/10/09 09:40:22.490, 479.90, 100, 60, 2535, 13801, 31092, 57
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||||
2026/10/09 09:40:23.492, 479.98, 100, 59, 2535, 13801, 31092, 58
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||||
2026/10/09 09:40:24.493, 480.04, 100, 59, 2535, 13801, 31092, 58
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||||
2026/10/09 09:40:25.495, 480.16, 100, 59, 2527, 13801, 31092, 58
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||||
2026/10/09 09:40:26.497, 480.00, 100, 59, 2535, 13801, 31092, 59
|
||||
2026/10/09 09:40:27.499, 479.98, 100, 59, 2535, 13801, 31092, 59
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||||
2026/10/09 09:40:28.500, 480.17, 100, 59, 2527, 13801, 31092, 59
|
||||
2026/10/09 09:40:29.502, 479.89, 100, 59, 2527, 13801, 31092, 59
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||||
2026/10/09 09:40:30.503, 479.88, 100, 59, 2527, 13801, 31092, 59
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||||
2026/10/09 09:40:31.505, 480.00, 100, 59, 2527, 13801, 31092, 60
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||||
2026/10/09 09:40:32.506, 480.02, 100, 58, 2512, 13801, 31092, 60
|
||||
2026/10/09 09:40:33.508, 479.79, 100, 59, 2505, 13801, 31092, 60
|
||||
2026/10/09 09:40:34.509, 479.94, 100, 59, 2520, 13801, 31092, 61
|
||||
2026/10/09 09:40:35.511, 284.51, 0, 0, 2902, 13801, 31092, 50
|
||||
2026/10/09 09:40:36.512, 90.81, 0, 0, 2902, 13801, 31092, 49
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||||
2026/10/09 09:40:37.514, 73.50, 0, 0, 2542, 13801, 31092, 48
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||||
2026/10/09 09:40:38.515, 65.98, 0, 0, 2542, 13801, 31092, 48
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||||
2026/10/09 09:40:39.516, 65.61, 0, 0, 2542, 13801, 31092, 48
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||||
2026/10/09 09:40:40.518, 67.59, 37, 1, 2542, 13801, 31092, 48
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||||
2026/10/09 09:40:41.519, 67.49, 0, 0, 2542, 13801, 31092, 48
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||||
2026/10/09 09:40:42.521, 65.41, 0, 0, 2542, 13801, 31092, 47
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2026/10/09 09:40:43.522, 65.10, 0, 0, 2542, 13801, 31092, 47
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2026/10/09 09:40:44.524, 64.55, 0, 0, 2542, 13801, 31092, 47
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2026/10/09 09:40:45.525, 64.54, 0, 0, 2542, 13801, 31092, 47
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2026/10/09 09:40:46.526, 64.65, 0, 0, 2542, 13801, 31092, 47
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2026/10/09 09:40:47.528, 65.12, 0, 0, 2542, 13801, 31092, 47
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||||
2026/10/09 09:40:48.529, 65.19, 0, 0, 2542, 13801, 31092, 47
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||||
2026/10/09 09:40:49.530, 64.31, 0, 0, 2542, 13801, 31092, 47
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2026/10/09 09:40:50.530, 63.77, 0, 0, 2542, 13801, 31092, 46
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||||
2026/10/09 09:40:51.530, 63.28, 0, 0, 2542, 13801, 31092, 46
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||||
2026/10/09 09:40:52.530, 63.48, 0, 0, 2542, 13801, 31092, 46
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2026/10/09 09:40:53.531, 63.95, 0, 0, 2542, 13801, 31092, 46
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2026/10/09 09:40:54.531, 64.60, 0, 0, 2542, 13801, 31092, 46
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2026/10/09 09:40:55.532, 64.97, 0, 0, 2542, 13801, 31092, 46
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2026/10/09 09:40:56.532, 65.83, 0, 0, 2542, 13801, 31092, 46
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2026/10/09 09:40:57.533, 65.51, 0, 0, 2542, 13801, 31092, 46
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||||
2026/10/09 09:40:58.533, 46.88, 36, 1, 2160, 13801, 31092, 46
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||||
2026/10/09 09:40:59.534, 68.13, 37, 1, 2542, 13801, 31092, 46
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||||
2026/10/09 09:41:00.534, 67.97, 33, 1, 2542, 13801, 31092, 46
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||||
2026/10/09 09:41:01.535, 65.63, 0, 0, 2542, 13801, 31092, 46
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||||
2026/10/09 09:41:02.535, 64.04, 0, 0, 2542, 13801, 31092, 45
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||||
2026/10/09 09:41:03.535, 63.91, 0, 0, 2542, 13801, 31092, 45
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||||
2026/10/09 09:41:04.536, 64.09, 0, 0, 2542, 13801, 31092, 45
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||||
2026/10/09 09:41:05.536, 64.50, 0, 0, 2550, 13801, 1, 45
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||||
2026/10/09 09:41:06.537, 175.29, 100, 48, 2752, 13801, 31088, 53
|
||||
2026/10/09 09:41:07.537, 459.95, 100, 47, 2737, 13801, 31088, 58
|
||||
2026/10/09 09:41:08.537, 454.86, 100, 48, 2745, 13801, 31088, 55
|
||||
2026/10/09 09:41:09.538, 460.96, 100, 47, 2737, 13801, 31088, 59
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||||
2026/10/09 09:41:10.538, 456.24, 100, 48, 2745, 13801, 31088, 56
|
||||
2026/10/09 09:41:11.538, 461.29, 100, 47, 2737, 13801, 31088, 60
|
||||
2026/10/09 09:41:12.539, 456.60, 100, 48, 2737, 13801, 31088, 57
|
||||
2026/10/09 09:41:13.541, 460.51, 100, 48, 2745, 13801, 31088, 60
|
||||
2026/10/09 09:41:14.541, 458.23, 100, 48, 2745, 13801, 31088, 58
|
||||
2026/10/09 09:41:15.541, 460.86, 100, 48, 2737, 13801, 31088, 61
|
||||
2026/10/09 09:41:16.542, 458.03, 100, 47, 2737, 13801, 31088, 58
|
||||
2026/10/09 09:41:17.542, 460.49, 100, 48, 2745, 13801, 31088, 61
|
||||
2026/10/09 09:41:18.542, 460.16, 100, 47, 2730, 13801, 31088, 59
|
||||
2026/10/09 09:41:19.543, 460.32, 100, 48, 2737, 13801, 31088, 61
|
||||
2026/10/09 09:41:20.546, 454.14, 100, 48, 2737, 13801, 31088, 61
|
||||
2026/10/09 09:41:21.546, 460.31, 100, 47, 2737, 13801, 31088, 60
|
||||
2026/10/09 09:41:22.547, 460.64, 100, 48, 2745, 13801, 31088, 62
|
||||
2026/10/09 09:41:23.547, 460.12, 100, 47, 2730, 13801, 31088, 60
|
||||
2026/10/09 09:41:24.547, 459.73, 100, 48, 2730, 13801, 31088, 62
|
||||
2026/10/09 09:41:25.548, 462.76, 100, 47, 2722, 13801, 31088, 63
|
||||
2026/10/09 09:41:26.548, 396.10, 0, 0, 2880, 13801, 31088, 54
|
||||
2026/10/09 09:41:27.548, 93.83, 0, 0, 2902, 13801, 31088, 51
|
||||
2026/10/09 09:41:28.549, 93.76, 0, 0, 2902, 13801, 31088, 51
|
||||
2026/10/09 09:41:29.549, 91.43, 0, 0, 2902, 13801, 31088, 51
|
||||
2026/10/09 09:41:30.551, 74.27, 0, 0, 2542, 13801, 31088, 50
|
||||
2026/10/09 09:41:31.552, 66.28, 0, 0, 2542, 13801, 31088, 49
|
||||
2026/10/09 09:41:32.552, 66.74, 0, 0, 2542, 13801, 31088, 49
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||||
2026/10/09 09:41:33.553, 67.17, 0, 0, 2542, 13801, 31088, 49
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||||
2026/10/09 09:41:34.553, 66.25, 0, 0, 2542, 13801, 31088, 49
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||||
2026/10/09 09:41:35.554, 65.93, 0, 0, 2542, 13801, 31088, 49
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||||
2026/10/09 09:41:36.556, 65.23, 0, 0, 2542, 13801, 31088, 48
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||||
2026/10/09 09:41:37.557, 65.28, 0, 0, 2542, 13801, 31088, 48
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||||
2026/10/09 09:41:38.559, 65.38, 0, 0, 2542, 13801, 31088, 48
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||||
2026/10/09 09:41:39.560, 65.73, 0, 0, 2542, 13801, 31088, 48
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||||
2026/10/09 09:41:40.562, 66.49, 0, 0, 2542, 13801, 31088, 48
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||||
2026/10/09 09:41:41.563, 67.03, 0, 0, 2542, 13801, 31088, 48
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||||
2026/10/09 09:41:42.565, 66.68, 0, 0, 2542, 13801, 31088, 48
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||||
2026/10/09 09:41:43.566, 66.08, 0, 0, 2542, 13801, 31088, 47
|
||||
2026/10/09 09:41:44.568, 65.02, 0, 0, 2542, 13801, 31088, 47
|
||||
2026/10/09 09:41:45.569, 39.50, 0, 0, 427, 810, 31088, 46
|
||||
2026/10/09 09:41:46.570, 27.48, 0, 0, 382, 810, 31088, 46
|
||||
2026/10/09 09:41:47.572, 20.71, 0, 0, 232, 405, 31088, 46
|
||||
2026/10/09 09:41:48.573, 17.02, 0, 0, 195, 405, 31088, 46
|
||||
2026/10/09 09:41:49.575, 12.73, 0, 0, 195, 405, 31088, 46
|
||||
2026/10/09 09:41:50.576, 29.95, 9, 0, 2542, 13801, 31088, 46
|
||||
2026/10/09 09:41:51.577, 66.31, 45, 1, 2542, 13801, 31088, 46
|
||||
2026/10/09 09:41:52.579, 88.71, 47, 1, 2902, 13801, 31088, 47
|
||||
2026/10/09 09:41:53.580, 91.56, 45, 1, 2902, 13801, 31088, 47
|
||||
2026/10/09 09:41:54.581, 91.75, 45, 1, 2902, 13801, 31088, 47
|
||||
2026/10/09 09:41:55.583, 89.73, 0, 0, 2902, 13801, 31088, 47
|
||||
2026/10/09 09:41:56.584, 86.75, 0, 0, 2722, 13801, 31088, 47
|
||||
2026/10/09 09:41:57.585, 64.56, 0, 0, 2542, 13801, 31088, 46
|
||||
2026/10/09 09:41:58.587, 63.62, 0, 0, 2542, 13801, 31088, 46
|
||||
2026/10/09 09:41:59.588, 63.60, 0, 0, 2542, 13801, 31088, 46
|
||||
2026/10/09 09:42:00.590, 89.87, 88, 23, 2730, 13801, 31086, 49
|
||||
2026/10/09 09:42:01.591, 336.23, 100, 26, 2895, 13801, 31086, 53
|
||||
2026/10/09 09:42:02.593, 337.03, 100, 26, 2887, 13801, 31086, 54
|
||||
2026/10/09 09:42:03.596, 337.48, 100, 26, 2887, 13801, 31086, 54
|
||||
2026/10/09 09:42:04.598, 338.37, 100, 26, 2887, 13801, 31086, 54
|
||||
2026/10/09 09:42:05.600, 338.53, 100, 26, 2887, 13801, 31086, 54
|
||||
2026/10/09 09:42:06.601, 337.99, 100, 26, 2887, 13801, 31086, 54
|
||||
2026/10/09 09:42:07.602, 337.30, 100, 26, 2887, 13801, 31086, 55
|
||||
2026/10/09 09:42:08.604, 337.68, 100, 26, 2887, 13801, 31086, 55
|
||||
2026/10/09 09:42:09.605, 338.44, 100, 26, 2887, 13801, 31086, 55
|
||||
2026/10/09 09:42:10.607, 338.49, 100, 26, 2887, 13801, 31086, 55
|
||||
2026/10/09 09:42:11.608, 339.06, 100, 26, 2887, 13801, 31086, 55
|
||||
2026/10/09 09:42:12.610, 339.69, 100, 26, 2887, 13801, 31086, 55
|
||||
2026/10/09 09:42:13.611, 340.12, 100, 26, 2887, 13801, 31086, 56
|
||||
2026/10/09 09:42:14.613, 339.99, 100, 26, 2887, 13801, 31086, 56
|
||||
2026/10/09 09:42:15.615, 339.81, 100, 26, 2887, 13801, 31086, 56
|
||||
2026/10/09 09:42:16.616, 339.23, 100, 26, 2887, 13801, 31086, 56
|
||||
2026/10/09 09:42:17.618, 339.70, 100, 26, 2887, 13801, 31086, 56
|
||||
2026/10/09 09:42:18.619, 340.10, 100, 26, 2887, 13801, 31086, 56
|
||||
2026/10/09 09:42:19.621, 340.47, 100, 26, 2887, 13801, 31086, 56
|
||||
2026/10/09 09:42:20.622, 346.83, 100, 51, 2820, 13801, 31086, 54
|
||||
2026/10/09 09:42:21.624, 127.09, 0, 0, 2902, 13801, 31086, 50
|
||||
2026/10/09 09:42:22.625, 88.70, 0, 0, 2722, 13801, 31086, 49
|
||||
2026/10/09 09:42:23.626, 66.86, 0, 0, 2542, 13801, 31086, 49
|
||||
2026/10/09 09:42:24.628, 66.36, 0, 0, 2542, 13801, 31086, 49
|
||||
2026/10/09 09:42:25.629, 66.40, 0, 0, 2542, 13801, 31086, 48
|
||||
2026/10/09 09:42:26.631, 66.78, 0, 0, 2542, 13801, 31086, 48
|
||||
2026/10/09 09:42:27.632, 67.73, 0, 0, 2542, 13801, 31086, 48
|
||||
2026/10/09 09:42:28.634, 67.63, 0, 0, 2542, 13801, 31086, 48
|
||||
2026/10/09 09:42:29.636, 66.49, 0, 0, 2542, 13801, 31086, 48
|
||||
2026/10/09 09:42:30.637, 65.55, 0, 0, 2542, 13801, 31086, 48
|
||||
2026/10/09 09:42:31.639, 65.46, 0, 0, 2542, 13801, 31086, 48
|
||||
2026/10/09 09:42:32.640, 65.00, 0, 0, 2542, 13801, 31086, 48
|
||||
2026/10/09 09:42:33.642, 65.36, 0, 0, 2542, 13801, 31086, 48
|
||||
2026/10/09 09:42:34.643, 65.62, 0, 0, 2542, 13801, 31086, 47
|
||||
2026/10/09 09:42:35.644, 66.06, 0, 0, 2542, 13801, 31086, 47
|
||||
2026/10/09 09:42:36.646, 65.25, 0, 0, 2542, 13801, 31086, 47
|
||||
2026/10/09 09:42:37.647, 64.62, 0, 0, 2542, 13801, 31086, 47
|
||||
2026/10/09 09:42:38.649, 64.56, 0, 0, 2542, 13801, 31086, 47
|
||||
2026/10/09 09:42:39.650, 39.18, 0, 0, 420, 810, 31086, 46
|
||||
2026/10/09 09:42:40.652, 23.52, 0, 0, 330, 13801, 31086, 46
|
||||
2026/10/09 09:42:41.653, 48.99, 37, 1, 2542, 13801, 31086, 47
|
||||
2026/10/09 09:42:42.655, 70.20, 37, 1, 2542, 13801, 31086, 47
|
||||
2026/10/09 09:42:43.656, 69.94, 37, 1, 2542, 13801, 31086, 47
|
||||
2026/10/09 09:42:44.657, 66.66, 0, 0, 2542, 13801, 31086, 46
|
||||
2026/10/09 09:42:45.659, 64.13, 0, 0, 2542, 13801, 31086, 46
|
||||
2026/10/09 09:42:46.660, 64.17, 0, 0, 2542, 13801, 31086, 46
|
||||
2026/10/09 09:42:47.662, 63.84, 0, 0, 2542, 13801, 31086, 46
|
||||
2026/10/09 09:42:48.663, 70.77, 3, 2, 2542, 14001, 31078, 46
|
||||
2026/10/09 09:42:49.664, 137.50, 100, 7, 2902, 13801, 31078, 49
|
||||
2026/10/09 09:42:50.666, 172.24, 100, 6, 2902, 13801, 31078, 49
|
||||
2026/10/09 09:42:51.667, 171.55, 100, 6, 2902, 13801, 31078, 49
|
||||
2026/10/09 09:42:52.669, 170.73, 100, 7, 2902, 13801, 31078, 49
|
||||
2026/10/09 09:42:53.670, 170.15, 100, 6, 2902, 13801, 31078, 49
|
||||
2026/10/09 09:42:54.672, 170.66, 100, 7, 2902, 13801, 31078, 49
|
||||
2026/10/09 09:42:55.673, 171.34, 100, 6, 2902, 13801, 31078, 49
|
||||
2026/10/09 09:42:56.675, 171.82, 100, 7, 2902, 13801, 31078, 50
|
||||
2026/10/09 09:42:57.676, 171.95, 100, 7, 2902, 13801, 31078, 49
|
||||
2026/10/09 09:42:58.677, 171.76, 100, 6, 2902, 13801, 31078, 50
|
||||
2026/10/09 09:42:59.679, 171.34, 100, 7, 2902, 13801, 31078, 50
|
||||
2026/10/09 09:43:00.680, 171.30, 100, 6, 2902, 13801, 31078, 50
|
||||
2026/10/09 09:43:01.682, 170.95, 100, 7, 2902, 13801, 31078, 50
|
||||
2026/10/09 09:43:02.682, 171.30, 100, 6, 2902, 13801, 31078, 50
|
||||
2026/10/09 09:43:03.684, 171.83, 100, 7, 2902, 13801, 31078, 50
|
||||
2026/10/09 09:43:04.688, 172.13, 100, 7, 2902, 13801, 31078, 50
|
||||
2026/10/09 09:43:05.689, 171.82, 100, 6, 2902, 13801, 31078, 50
|
||||
2026/10/09 09:43:06.691, 171.23, 100, 7, 2902, 13801, 31078, 50
|
||||
2026/10/09 09:43:07.692, 171.32, 100, 6, 2902, 13801, 31078, 50
|
||||
2026/10/09 09:43:08.698, 185.53, 100, 7, 2827, 13801, 31078, 49
|
||||
2026/10/09 09:43:09.699, 90.08, 0, 0, 2902, 13801, 31078, 47
|
||||
2026/10/09 09:43:10.701, 85.71, 0, 0, 2580, 13801, 31078, 47
|
||||
2026/10/09 09:43:11.702, 65.62, 0, 0, 2542, 13801, 31078, 46
|
||||
2026/10/09 09:43:12.703, 66.02, 0, 0, 2542, 13801, 31078, 46
|
||||
2026/10/09 09:43:13.707, 65.79, 0, 0, 2542, 13801, 31078, 46
|
||||
2026/10/09 09:43:14.709, 65.23, 0, 0, 2542, 13801, 31078, 46
|
||||
2026/10/09 09:43:15.711, 64.57, 0, 0, 2542, 13801, 31078, 46
|
||||
2026/10/09 09:43:16.712, 64.43, 0, 0, 2542, 13801, 31078, 46
|
||||
2026/10/09 09:43:17.714, 64.66, 0, 0, 2542, 13801, 31078, 46
|
||||
2026/10/09 09:43:18.717, 65.34, 0, 0, 2542, 13801, 31078, 46
|
||||
2026/10/09 09:43:19.718, 65.49, 0, 0, 2542, 13801, 31078, 46
|
||||
2026/10/09 09:43:20.721, 65.20, 0, 0, 2542, 13801, 31078, 46
|
||||
2026/10/09 09:43:21.723, 64.68, 0, 0, 2542, 13801, 31078, 46
|
||||
2026/10/09 09:43:22.724, 64.11, 0, 0, 2542, 13801, 31078, 45
|
||||
2026/10/09 09:43:23.725, 63.94, 0, 0, 2542, 13801, 31078, 45
|
||||
2026/10/09 09:43:24.727, 63.42, 0, 0, 2542, 13801, 31078, 45
|
||||
2026/10/09 09:43:25.728, 56.93, 0, 0, 645, 810, 31078, 45
|
||||
2026/10/09 09:43:26.729, 30.20, 0, 0, 375, 810, 31078, 44
|
||||
2026/10/09 09:43:27.731, 19.88, 0, 0, 232, 405, 31078, 44
|
||||
2026/10/09 09:43:28.736, 17.28, 0, 0, 1590, 13801, 31078, 45
|
||||
2026/10/09 09:43:29.738, 64.82, 11, 0, 2542, 13801, 31078, 45
|
||||
2026/10/09 09:43:30.740, 67.52, 37, 1, 2542, 13801, 31078, 45
|
||||
2026/10/09 09:43:31.740, 67.83, 37, 1, 2542, 13801, 31078, 45
|
||||
2026/10/09 09:43:32.742, 66.57, 37, 1, 2542, 13801, 31078, 45
|
||||
2026/10/09 09:43:33.743, 64.00, 0, 0, 2542, 13801, 31078, 45
|
||||
2026/10/09 09:43:34.744, 64.29, 0, 0, 2542, 13801, 31078, 45
|
||||
2026/10/09 09:43:35.746, 64.74, 0, 0, 2542, 13801, 31078, 45
|
||||
2026/10/09 09:43:36.748, 64.57, 0, 0, 2542, 13801, 31078, 44
|
||||
2026/10/09 09:43:37.750, 68.09, 0, 0, 2542, 14001, 1, 44
|
||||
2026/10/09 09:43:38.751, 67.31, 0, 0, 2542, 14001, 1, 44
|
||||
2026/10/09 09:43:39.753, 47.67, 0, 0, 1110, 7001, 1, 44
|
||||
2026/10/09 09:43:40.755, 39.07, 0, 0, 697, 7001, 1, 43
|
||||
2026/10/09 09:43:41.756, 28.18, 0, 0, 442, 810, 1, 43
|
||||
2026/10/09 09:43:42.758, 26.70, 0, 0, 285, 810, 1, 43
|
||||
2026/10/09 09:43:43.760, 20.66, 0, 0, 195, 405, 1, 43
|
||||
2026/10/09 09:43:44.761, 14.24, 0, 0, 187, 405, 1, 43
|
||||
2026/10/09 09:43:45.763, 13.60, 0, 0, 195, 405, 1, 43
|
||||
2026/10/09 09:43:46.764, 11.56, 0, 0, 195, 405, 1, 42
|
||||
2026/10/09 09:43:47.766, 10.77, 0, 0, 195, 405, 1, 42
|
||||
2026/10/09 09:43:48.767, 11.75, 0, 0, 195, 405, 1, 42
|
||||
2026/10/09 09:43:49.769, 13.01, 0, 0, 195, 405, 1, 42
|
||||
2026/10/09 09:43:50.770, 12.13, 0, 0, 195, 405, 1, 42
|
||||
2026/10/09 09:43:51.772, 10.90, 0, 0, 195, 405, 1, 42
|
||||
2026/10/09 09:43:52.773, 9.52, 0, 0, 195, 405, 1, 42
|
||||
2026/10/09 09:43:53.775, 9.49, 0, 0, 195, 405, 1, 42
|
||||
2026/10/09 09:43:54.776, 9.82, 0, 0, 195, 405, 1, 42
|
||||
2026/10/09 09:43:55.776, 10.98, 0, 0, 195, 405, 1, 42
|
||||
2026/10/09 09:43:56.776, 11.04, 0, 0, 195, 405, 1, 42
|
||||
2026/10/09 09:43:57.777, 6.53, 0, 0, 187, 405, 1, 42
|
||||
2026/10/09 09:43:58.777, 7.22, 0, 0, 195, 405, 1, 41
|
||||
2026/10/09 09:43:59.778, 6.87, 0, 0, 195, 405, 1, 41
|
||||
2026/10/09 09:44:00.778, 6.91, 0, 0, 195, 405, 1, 41
|
||||
2026/10/09 09:44:01.779, 7.08, 0, 0, 195, 405, 1, 41
|
||||
2026/10/09 09:44:02.779, 6.98, 0, 0, 195, 405, 1, 41
|
||||
2026/10/09 09:44:03.780, 6.82, 0, 0, 195, 405, 1, 41
|
||||
2026/10/09 09:44:04.780, 6.89, 0, 0, 195, 405, 1, 41
|
||||
2026/10/09 09:44:05.781, 8.17, 0, 0, 195, 405, 1, 41
|
||||
|
13
docs/analysis/mhpow/b3/rows/rtx5090-b1/progress.log
Normal file
13
docs/analysis/mhpow/b3/rows/rtx5090-b1/progress.log
Normal file
|
|
@ -0,0 +1,13 @@
|
|||
row rc=0 --n 20 --layout soa --min-label-s 20 --check 2 --k 64 --tag main-n20
|
||||
row rc=0 --n 22 --layout soa --min-label-s 20 --check 2 --k 64 --tag main-n22
|
||||
row rc=0 --n 24 --layout soa --min-label-s 20 --check 2 --k 64 --tag main-n24
|
||||
row rc=0 --n 20 --layout aos --min-label-s 20 --check 2 --k 64 --tag abl-n20-aos
|
||||
row rc=0 --n 20 --layout soa --min-label-s 20 --check 2 --k 64 --tpb 32 --tag abl-n20-tpb32
|
||||
row rc=0 --n 20 --B 1 --layout soa --min-label-s 10 --check 1 --k 64 --tag ladder-n20-B1
|
||||
row rc=0 --n 20 --B 32 --layout soa --min-label-s 10 --check 1 --k 64 --tag ladder-n20-B32
|
||||
row rc=0 --n 20 --B 128 --layout soa --min-label-s 10 --check 1 --k 64 --tag ladder-n20-B128
|
||||
row rc=0 --n 12 --layout soa --min-label-s 20 --check 2 --k 64 --tag diag-n12
|
||||
row rc=0 --n 14 --layout soa --min-label-s 20 --check 2 --k 64 --tag diag-n14
|
||||
row rc=0 --n 16 --layout soa --min-label-s 20 --check 2 --k 64 --tag diag-n16
|
||||
row rc=0 --n 18 --layout soa --min-label-s 20 --check 2 --k 64 --tag diag-n18
|
||||
DONE 2026-10-09T09:44:06Z
|
||||
12
docs/analysis/mhpow/b3/rows/rtx5090-b1/rows.jsonl
Normal file
12
docs/analysis/mhpow/b3/rows/rtx5090-b1/rows.jsonl
Normal file
|
|
@ -0,0 +1,12 @@
|
|||
{"tag":"main-n20","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B1","n":20,"N":1048576,"inst_MiB":32.0,"B":476,"Bmax":476,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":13,"graph_s":0.0398,"state_alloc_s":0.0042,"label_s_per_pass":1.542732,"labels_per_s":323531288.9,"labels_per_s_per_inst":679687.6,"ns_per_label_per_inst":1471.26,"merkle_s":0.039813,"prove_s":0.052700,"verify_all_s":0.0348,"accepted":476,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":32.16,"oracle":"IDENTICAL","label_window_unix_ms":[1791538501040,1791538521096],"free_gib":30.86,"per_inst_MiB":64.1,"proof_bytes_inst0":129133}
|
||||
{"tag":"main-n22","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B1","n":22,"N":4194304,"inst_MiB":128.0,"B":119,"Bmax":119,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":4,"graph_s":0.1164,"state_alloc_s":0.0061,"label_s_per_pass":6.174518,"labels_per_s":80835817.5,"labels_per_s_per_inst":679292.6,"ns_per_label_per_inst":1472.12,"merkle_s":0.039964,"prove_s":0.019030,"verify_all_s":0.0077,"accepted":119,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":-1,"check_s":35.22,"oracle":"IDENTICAL","label_window_unix_ms":[1791538553910,1791538578843],"free_gib":30.86,"per_inst_MiB":256.1,"proof_bytes_inst0":141421}
|
||||
{"tag":"main-n24","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B1","n":24,"N":16777216,"inst_MiB":512.0,"B":29,"Bmax":29,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":1,"graph_s":0.4549,"state_alloc_s":0.0107,"label_s_per_pass":24.638883,"labels_per_s":19746807.0,"labels_per_s_per_inst":680924.4,"ns_per_label_per_inst":1468.59,"merkle_s":0.039104,"prove_s":0.007084,"verify_all_s":0.0037,"accepted":29,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":-1,"check_s":50.67,"oracle":"IDENTICAL","label_window_unix_ms":[1791538614989,1791538639625],"free_gib":30.86,"per_inst_MiB":1024.1,"proof_bytes_inst0":153709}
|
||||
{"tag":"abl-n20-aos","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B1","n":20,"N":1048576,"inst_MiB":32.0,"B":476,"Bmax":476,"layout":"aos","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":13,"graph_s":0.0406,"state_alloc_s":0.0042,"label_s_per_pass":1.559065,"labels_per_s":320141969.3,"labels_per_s_per_inst":672567.2,"ns_per_label_per_inst":1486.84,"merkle_s":0.065504,"prove_s":0.062077,"verify_all_s":0.0370,"accepted":476,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":1.38,"oracle":"IDENTICAL","label_window_unix_ms":[1791538691377,1791538711638],"free_gib":30.86,"per_inst_MiB":64.1,"proof_bytes_inst0":129133}
|
||||
{"tag":"abl-n20-tpb32","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B1","n":20,"N":1048576,"inst_MiB":32.0,"B":476,"Bmax":476,"layout":"soa","kernel":"k1","tpb":32,"k":64,"wrong_edge":0,"passes":14,"graph_s":0.0393,"state_alloc_s":0.0043,"label_s_per_pass":1.548229,"labels_per_s":322382709.2,"labels_per_s_per_inst":677274.6,"ns_per_label_per_inst":1476.51,"merkle_s":0.040048,"prove_s":0.058053,"verify_all_s":0.0364,"accepted":476,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":33.57,"oracle":"IDENTICAL","label_window_unix_ms":[1791538713628,1791538735158],"free_gib":30.86,"per_inst_MiB":64.1,"proof_bytes_inst0":129133}
|
||||
{"tag":"ladder-n20-B1","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B1","n":20,"N":1048576,"inst_MiB":32.0,"B":1,"Bmax":476,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":7,"graph_s":0.0391,"state_alloc_s":0.0013,"label_s_per_pass":1.443471,"labels_per_s":726426.9,"labels_per_s_per_inst":726426.9,"ns_per_label_per_inst":1376.60,"merkle_s":0.000406,"prove_s":0.001079,"verify_all_s":0.0010,"accepted":1,"checked":1,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":0.80,"oracle":"IDENTICAL","label_window_unix_ms":[1791538769321,1791538779445],"free_gib":30.86,"per_inst_MiB":64.1,"proof_bytes_inst0":129133}
|
||||
{"tag":"ladder-n20-B32","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B1","n":20,"N":1048576,"inst_MiB":32.0,"B":32,"Bmax":476,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":7,"graph_s":0.0414,"state_alloc_s":0.0026,"label_s_per_pass":1.505308,"labels_per_s":22290745.7,"labels_per_s_per_inst":696585.8,"ns_per_label_per_inst":1435.57,"merkle_s":0.002977,"prove_s":0.006635,"verify_all_s":0.0033,"accepted":32,"checked":1,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":2.66,"oracle":"IDENTICAL","label_window_unix_ms":[1791538780645,1791538791186],"free_gib":30.86,"per_inst_MiB":64.1,"proof_bytes_inst0":129133}
|
||||
{"tag":"ladder-n20-B128","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B1","n":20,"N":1048576,"inst_MiB":32.0,"B":128,"Bmax":476,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":7,"graph_s":0.0387,"state_alloc_s":0.0022,"label_s_per_pass":1.528175,"labels_per_s":87828739.8,"labels_per_s_per_inst":686162.0,"ns_per_label_per_inst":1457.38,"merkle_s":0.011431,"prove_s":0.017750,"verify_all_s":0.0096,"accepted":128,"checked":1,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":9.08,"oracle":"IDENTICAL","label_window_unix_ms":[1791538794255,1791538804954],"free_gib":30.86,"per_inst_MiB":64.1,"proof_bytes_inst0":129133}
|
||||
{"tag":"diag-n12","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B1","n":12,"N":4096,"inst_MiB":0.1,"B":93706,"Bmax":93706,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":621,"graph_s":0.0066,"state_alloc_s":0.0291,"label_s_per_pass":0.032221,"labels_per_s":11912239216.4,"labels_per_s_per_inst":127123.5,"ns_per_label_per_inst":7866.36,"merkle_s":0.034377,"prove_s":6.447307,"verify_all_s":2.0544,"accepted":93706,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":20.15,"oracle":"IDENTICAL","label_window_unix_ms":[1791538814518,1791538834540],"free_gib":30.86,"per_inst_MiB":0.3,"proof_bytes_inst0":79981}
|
||||
{"tag":"diag-n14","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B1","n":14,"N":16384,"inst_MiB":0.5,"B":28102,"Bmax":28102,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":410,"graph_s":0.0084,"state_alloc_s":0.0104,"label_s_per_pass":0.048846,"labels_per_s":9426017100.7,"labels_per_s_per_inst":335421.6,"ns_per_label_per_inst":2981.32,"merkle_s":0.038570,"prove_s":2.039850,"verify_all_s":0.7426,"accepted":28102,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":-1,"check_s":30.11,"oracle":"IDENTICAL","label_window_unix_ms":[1791538865805,1791538885853],"free_gib":30.86,"per_inst_MiB":1.1,"proof_bytes_inst0":92269}
|
||||
{"tag":"diag-n16","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B1","n":16,"N":65536,"inst_MiB":2.0,"B":7457,"Bmax":7457,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":205,"graph_s":0.0088,"state_alloc_s":0.0052,"label_s_per_pass":0.097815,"labels_per_s":4996208280.0,"labels_per_s_per_inst":670002.5,"ns_per_label_per_inst":1492.53,"merkle_s":0.040285,"prove_s":0.660960,"verify_all_s":0.2275,"accepted":7457,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":1,"check_s":26.60,"oracle":"IDENTICAL","label_window_unix_ms":[1791538920021,1791538940081],"free_gib":30.86,"per_inst_MiB":4.1,"proof_bytes_inst0":104557}
|
||||
{"tag":"diag-n18","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B1","n":18,"N":262144,"inst_MiB":8.0,"B":1897,"Bmax":1897,"layout":"soa","kernel":"k1","tpb":128,"k":64,"wrong_edge":0,"passes":52,"graph_s":0.0195,"state_alloc_s":0.0251,"label_s_per_pass":0.387782,"labels_per_s":1282387942.5,"labels_per_s_per_inst":676008.4,"ns_per_label_per_inst":1479.27,"merkle_s":0.040299,"prove_s":0.193505,"verify_all_s":0.0802,"accepted":1897,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"b1_kat_instance0":-1,"check_s":27.80,"oracle":"IDENTICAL","label_window_unix_ms":[1791538968395,1791538988568],"free_gib":30.86,"per_inst_MiB":16.1,"proof_bytes_inst0":116845}
|
||||
0
docs/analysis/mhpow/b3/rows/rtx5090-b1/stderr.log
Normal file
0
docs/analysis/mhpow/b3/rows/rtx5090-b1/stderr.log
Normal file
5
docs/analysis/mhpow/b3/rows/rtx5090-r1/cpu.jsonl
Normal file
5
docs/analysis/mhpow/b3/rows/rtx5090-r1/cpu.jsonl
Normal file
|
|
@ -0,0 +1,5 @@
|
|||
{"mode":"cpu_time","sha":"sha_ni","n":20,"N":1048576,"k":64,"threads":1,"graph_s_single_thread":0.3492,"label_s_mean":0.1293,"merkle_s_mean":0.0943,"prove_s_mean":0.000277,"verify_s_mean":0.002238,"wall_s":0.2342,"labels_per_s_per_instance":8111504.0,"labels_per_s_all":4478139.8,"accepted":1}
|
||||
{"mode":"cpu_time","sha":"sha_ni","n":22,"N":4194304,"k":64,"threads":1,"graph_s_single_thread":1.3670,"label_s_mean":0.5443,"merkle_s_mean":0.3727,"prove_s_mean":0.000453,"verify_s_mean":0.002461,"wall_s":0.9520,"labels_per_s_per_instance":7705689.3,"labels_per_s_all":4405672.7,"accepted":1}
|
||||
{"mode":"cpu_time","sha":"sha_ni","n":24,"N":16777216,"k":64,"threads":1,"graph_s_single_thread":5.4652,"label_s_mean":2.3266,"merkle_s_mean":1.5502,"prove_s_mean":0.000698,"verify_s_mean":0.002686,"wall_s":4.0082,"labels_per_s_per_instance":7211107.0,"labels_per_s_all":4185749.5,"accepted":1}
|
||||
{"mode":"cpu_time","sha":"sha_ni","n":20,"N":1048576,"k":64,"threads":26,"graph_s_single_thread":0.3506,"label_s_mean":0.1358,"merkle_s_mean":0.0968,"prove_s_mean":0.000339,"verify_s_mean":0.002254,"wall_s":0.4568,"labels_per_s_per_instance":7723278.4,"labels_per_s_all":59687957.7,"accepted":26}
|
||||
{"mode":"cpu_time","sha":"sha_ni","n":22,"N":4194304,"k":64,"threads":26,"graph_s_single_thread":1.3755,"label_s_mean":0.5606,"merkle_s_mean":0.3901,"prove_s_mean":0.157581,"verify_s_mean":0.002884,"wall_s":2.0500,"labels_per_s_per_instance":7481489.0,"labels_per_s_all":53194915.4,"accepted":26}
|
||||
1
docs/analysis/mhpow/b3/rows/rtx5090-r1/idle.json
Normal file
1
docs/analysis/mhpow/b3/rows/rtx5090-r1/idle.json
Normal file
|
|
@ -0,0 +1 @@
|
|||
{"idle_window_unix_ms":[1791537591000,1791537621000]}
|
||||
|
|
@ -0,0 +1,9 @@
|
|||
{"mode":"selftest","sha":"sha_ni","sha256_abc_kat_fail":0,"portable_words_mismatch":0,"fast_mismatch":0}
|
||||
CASE cpu_selftest PASS
|
||||
{"tag":"known-failed","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":12,"N":4096,"inst_MiB":0.1,"B":96,"Bmax":106101,"layout":"soa","kernel":"k1","k":32,"wrong_edge":1,"passes":1,"graph_s":0.0026,"state_alloc_s":0.0008,"label_s_per_pass":0.008546,"labels_per_s":46009891.5,"labels_per_s_per_inst":479269.7,"ns_per_label_per_inst":2086.51,"merkle_s":0.000158,"prove_s":0.005535,"verify_all_s":0.0003,"accepted":0,"checked":4,"lab_bad_inst":4,"tree_bad_inst":4,"root_bad":4,"proof_bad":4,"check_s":0.04,"oracle":"MISMATCH","label_window_unix_ms":[1791539081499,1791539081507],"free_gib":30.86,"per_inst_MiB":0.3}
|
||||
CASE known_failed_wrong_edge PASS (oracle fired: MISMATCH, 0 proofs accepted, exit 1)
|
||||
{"tag":"known-finished-k1","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":12,"N":4096,"inst_MiB":0.1,"B":96,"Bmax":106101,"layout":"soa","kernel":"k1","k":32,"wrong_edge":0,"passes":1,"graph_s":0.0025,"state_alloc_s":0.0007,"label_s_per_pass":0.008864,"labels_per_s":44360532.0,"labels_per_s_per_inst":462088.9,"ns_per_label_per_inst":2164.09,"merkle_s":0.000155,"prove_s":0.004310,"verify_all_s":0.0054,"accepted":96,"checked":4,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":0.04,"oracle":"IDENTICAL","label_window_unix_ms":[1791539081908,1791539081917],"free_gib":30.86,"per_inst_MiB":0.3}
|
||||
CASE known_finished_k1 PASS
|
||||
{"tag":"known-finished-k2","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":12,"N":4096,"inst_MiB":0.1,"B":96,"Bmax":106101,"layout":"soa","kernel":"k2","k":32,"wrong_edge":0,"passes":1,"graph_s":0.0026,"state_alloc_s":0.0007,"label_s_per_pass":0.005429,"labels_per_s":72434039.1,"labels_per_s_per_inst":754521.2,"ns_per_label_per_inst":1325.34,"merkle_s":0.000159,"prove_s":0.005180,"verify_all_s":0.0063,"accepted":96,"checked":4,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":0.04,"oracle":"IDENTICAL","label_window_unix_ms":[1791539082308,1791539082313],"free_gib":30.86,"per_inst_MiB":0.3}
|
||||
CASE known_finished_k2 PASS
|
||||
RESULT test_known_failed PASS
|
||||
10
docs/analysis/mhpow/b3/rows/rtx5090-r1/meta.txt
Normal file
10
docs/analysis/mhpow/b3/rows/rtx5090-r1/meta.txt
Normal file
|
|
@ -0,0 +1,10 @@
|
|||
label=rtx5090-r1
|
||||
src_id=2079d0d8ce7eef96
|
||||
2026-10-09T09:19:51Z
|
||||
model name : AMD EPYC 7K62 48-Core Processor
|
||||
nproc=26 cgroup_cpus=26
|
||||
81.29 45.78 37.93 17/7832 1532
|
||||
name, driver_version, vbios_version, power.limit [W], power.default_limit [W], clocks.max.sm [MHz], clocks.max.memory [MHz], memory.total [MiB], pcie.link.gen.current, pcie.link.width.current
|
||||
NVIDIA GeForce RTX 5090, 580.126.09, 98.02.2E.80.39, 480.00 W, 600.00 W, 3105 MHz, 14001 MHz, 32607 MiB, 4, 16
|
||||
Build cuda_12.8.r12.8/compiler.35583870_0
|
||||
11.88 14.12 24.80 5/6965 2238
|
||||
782
docs/analysis/mhpow/b3/rows/rtx5090-r1/power.csv
Normal file
782
docs/analysis/mhpow/b3/rows/rtx5090-r1/power.csv
Normal file
|
|
@ -0,0 +1,782 @@
|
|||
2026/10/09 09:19:51.244, 5.65, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:19:52.258, 5.64, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:19:53.259, 5.97, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:19:54.260, 5.78, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:19:55.262, 6.72, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:19:56.263, 6.36, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:19:57.265, 6.10, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:19:58.266, 6.26, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:19:59.268, 5.36, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:00.269, 5.24, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:01.274, 5.32, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:02.275, 5.43, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:03.276, 5.38, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:04.278, 5.40, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:05.280, 5.43, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:06.281, 6.49, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:07.283, 6.16, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:08.284, 6.03, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:09.286, 6.23, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:10.287, 5.66, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:11.289, 5.95, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:12.289, 5.88, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:13.290, 6.38, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:14.292, 6.01, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:15.292, 6.36, 0, 0, 187, 405, 1, 38
|
||||
2026/10/09 09:20:16.294, 6.14, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:17.295, 5.91, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:18.297, 5.63, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:19.297, 5.13, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:20.298, 5.44, 0, 0, 195, 405, 1, 38
|
||||
2026/10/09 09:20:21.299, 5.39, 0, 0, 195, 405, 2, 38
|
||||
2026/10/09 09:20:22.334, 41.49, 100, 1, 2917, 13801, 31044, 40
|
||||
2026/10/09 09:20:23.335, 110.68, 100, 1, 2917, 13801, 31044, 41
|
||||
2026/10/09 09:20:24.336, 110.98, 100, 1, 2917, 13801, 31044, 41
|
||||
2026/10/09 09:20:25.337, 111.05, 100, 1, 2917, 13801, 31044, 41
|
||||
2026/10/09 09:20:26.338, 111.15, 100, 1, 2917, 13801, 31044, 41
|
||||
2026/10/09 09:20:27.339, 111.48, 100, 1, 2917, 13801, 31044, 41
|
||||
2026/10/09 09:20:28.340, 111.47, 100, 1, 2917, 13801, 31044, 41
|
||||
2026/10/09 09:20:29.340, 111.33, 100, 1, 2917, 13801, 31044, 41
|
||||
2026/10/09 09:20:30.341, 111.33, 100, 1, 2917, 13801, 31044, 41
|
||||
2026/10/09 09:20:31.342, 111.64, 100, 1, 2917, 13801, 31044, 42
|
||||
2026/10/09 09:20:32.342, 111.78, 100, 1, 2917, 13801, 31044, 42
|
||||
2026/10/09 09:20:33.343, 111.89, 100, 1, 2917, 13801, 31044, 42
|
||||
2026/10/09 09:20:34.344, 111.83, 100, 1, 2917, 13801, 31044, 42
|
||||
2026/10/09 09:20:35.345, 111.96, 100, 1, 2917, 13801, 31044, 42
|
||||
2026/10/09 09:20:36.345, 112.26, 100, 1, 2917, 13801, 31044, 42
|
||||
2026/10/09 09:20:37.346, 112.33, 100, 1, 2917, 13801, 31044, 42
|
||||
2026/10/09 09:20:38.347, 112.13, 100, 1, 2917, 13801, 31044, 42
|
||||
2026/10/09 09:20:39.348, 112.21, 100, 1, 2917, 13801, 31044, 42
|
||||
2026/10/09 09:20:40.349, 112.56, 100, 1, 2917, 13801, 31044, 42
|
||||
2026/10/09 09:20:41.350, 112.57, 100, 1, 2917, 13801, 31044, 42
|
||||
2026/10/09 09:20:42.351, 112.58, 100, 1, 2917, 13801, 31044, 43
|
||||
2026/10/09 09:20:43.352, 129.16, 100, 38, 2917, 13801, 31044, 43
|
||||
2026/10/09 09:20:44.354, 88.13, 0, 0, 2917, 13801, 31044, 42
|
||||
2026/10/09 09:20:45.354, 76.04, 0, 0, 2797, 13801, 31044, 41
|
||||
2026/10/09 09:20:46.355, 56.58, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:20:47.357, 56.65, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:20:48.357, 56.85, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:20:49.357, 57.19, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:20:50.358, 56.94, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:20:51.358, 56.97, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:20:52.358, 57.11, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:20:53.358, 57.11, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:20:54.359, 56.97, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:20:55.359, 56.96, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:20:56.360, 56.81, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:20:57.360, 57.15, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:20:58.360, 57.04, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:20:59.361, 56.84, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:21:00.361, 56.47, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:21:01.361, 32.98, 0, 0, 472, 810, 31044, 40
|
||||
2026/10/09 09:21:02.362, 21.74, 0, 0, 420, 810, 31044, 40
|
||||
2026/10/09 09:21:03.362, 24.60, 9, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:21:04.363, 60.76, 35, 1, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:21:05.363, 61.54, 35, 1, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:21:06.364, 61.40, 35, 1, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:21:07.364, 59.04, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:21:08.365, 57.08, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:21:09.365, 56.94, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:21:10.365, 57.12, 0, 0, 2542, 13801, 31044, 41
|
||||
2026/10/09 09:21:11.366, 56.72, 0, 0, 2542, 13801, 31044, 42
|
||||
2026/10/09 09:21:12.366, 57.25, 0, 0, 2542, 13801, 31044, 42
|
||||
2026/10/09 09:21:13.367, 62.29, 55, 36, 2542, 14001, 31044, 42
|
||||
2026/10/09 09:21:14.367, 108.58, 100, 2, 2910, 13801, 31044, 44
|
||||
2026/10/09 09:21:15.368, 125.03, 100, 2, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:21:16.368, 125.49, 100, 2, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:21:17.370, 124.96, 100, 2, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:21:18.370, 125.14, 100, 2, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:21:19.370, 125.40, 100, 2, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:21:20.371, 125.85, 100, 2, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:21:21.371, 126.00, 100, 2, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:21:22.371, 126.49, 100, 2, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:21:23.372, 126.34, 100, 2, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:21:24.372, 126.40, 100, 2, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:21:25.372, 126.51, 100, 2, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:21:26.373, 126.85, 100, 2, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:21:27.373, 127.50, 100, 2, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:21:28.374, 129.60, 100, 2, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:21:29.374, 129.35, 100, 2, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:21:30.375, 128.97, 100, 2, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:21:31.375, 129.16, 100, 2, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:21:32.375, 129.80, 100, 2, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:21:33.376, 130.43, 100, 2, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:21:34.376, 136.49, 0, 0, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:21:35.376, 86.41, 0, 0, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:21:36.377, 71.82, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:21:37.377, 61.56, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:21:38.377, 61.34, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:21:39.378, 60.80, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:21:40.378, 60.75, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:21:41.378, 61.37, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:21:42.378, 61.54, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:21:43.379, 61.54, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:21:44.379, 61.35, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:21:45.380, 61.01, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:21:46.380, 60.51, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:21:47.380, 60.78, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:21:48.381, 60.81, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:21:49.381, 61.59, 0, 0, 2542, 13801, 31044, 43
|
||||
2026/10/09 09:21:50.382, 61.24, 0, 0, 2542, 13801, 31044, 42
|
||||
2026/10/09 09:21:51.382, 37.40, 0, 0, 487, 810, 31044, 42
|
||||
2026/10/09 09:21:52.382, 25.75, 0, 0, 420, 810, 31044, 42
|
||||
2026/10/09 09:21:53.383, 23.98, 9, 0, 1702, 13801, 31044, 42
|
||||
2026/10/09 09:21:54.383, 63.66, 34, 1, 2542, 13801, 31044, 42
|
||||
2026/10/09 09:21:55.384, 64.48, 34, 1, 2542, 13801, 31044, 42
|
||||
2026/10/09 09:21:56.384, 65.37, 34, 1, 2542, 13801, 31044, 42
|
||||
2026/10/09 09:21:57.385, 64.88, 0, 0, 2542, 13801, 31044, 42
|
||||
2026/10/09 09:21:58.385, 61.99, 0, 0, 2542, 13801, 31044, 42
|
||||
2026/10/09 09:21:59.386, 61.08, 0, 0, 2542, 13801, 31044, 42
|
||||
2026/10/09 09:22:00.386, 60.54, 0, 0, 2542, 13801, 31044, 42
|
||||
2026/10/09 09:22:01.387, 59.61, 0, 0, 2542, 13801, 31044, 42
|
||||
2026/10/09 09:22:02.387, 59.74, 0, 0, 2542, 13801, 31044, 42
|
||||
2026/10/09 09:22:03.387, 60.49, 0, 0, 2542, 13801, 31044, 42
|
||||
2026/10/09 09:22:04.388, 67.36, 1, 0, 2542, 13801, 31014, 42
|
||||
2026/10/09 09:22:05.388, 103.82, 100, 0, 2917, 13801, 31014, 43
|
||||
2026/10/09 09:22:06.389, 107.14, 100, 0, 2917, 13801, 31014, 43
|
||||
2026/10/09 09:22:07.389, 107.34, 100, 0, 2917, 13801, 31014, 43
|
||||
2026/10/09 09:22:08.390, 107.06, 100, 0, 2917, 13801, 31014, 44
|
||||
2026/10/09 09:22:09.390, 106.56, 100, 0, 2917, 13801, 31014, 44
|
||||
2026/10/09 09:22:10.391, 106.57, 100, 0, 2917, 13801, 31014, 44
|
||||
2026/10/09 09:22:11.391, 107.26, 100, 0, 2917, 13801, 31014, 44
|
||||
2026/10/09 09:22:12.392, 108.01, 100, 0, 2917, 13801, 31014, 44
|
||||
2026/10/09 09:22:13.392, 107.32, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:14.392, 106.63, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:15.393, 106.03, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:16.394, 105.86, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:17.394, 105.98, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:18.394, 106.71, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:19.395, 107.57, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:20.395, 108.16, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:21.395, 108.24, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:22.396, 107.61, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:23.396, 106.89, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:24.397, 106.62, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:25.397, 107.13, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:26.398, 106.81, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:27.398, 107.10, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:28.399, 107.50, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:29.399, 107.60, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:30.400, 107.22, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:31.401, 106.79, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:32.401, 106.00, 100, 0, 2902, 13801, 31014, 44
|
||||
2026/10/09 09:22:33.401, 120.86, 0, 0, 2895, 13801, 31014, 43
|
||||
2026/10/09 09:22:34.402, 84.61, 0, 0, 2917, 13801, 31014, 43
|
||||
2026/10/09 09:22:35.402, 70.85, 0, 0, 2542, 13801, 31014, 42
|
||||
2026/10/09 09:22:36.403, 60.86, 0, 0, 2542, 13801, 31014, 42
|
||||
2026/10/09 09:22:37.403, 60.53, 0, 0, 2542, 13801, 31014, 42
|
||||
2026/10/09 09:22:38.404, 60.58, 0, 0, 2542, 13801, 31014, 42
|
||||
2026/10/09 09:22:39.404, 59.60, 0, 0, 2542, 13801, 31014, 42
|
||||
2026/10/09 09:22:40.405, 59.74, 0, 0, 2542, 13801, 31014, 42
|
||||
2026/10/09 09:22:41.405, 61.23, 0, 0, 2542, 13801, 31014, 42
|
||||
2026/10/09 09:22:42.405, 61.14, 0, 0, 2542, 13801, 31014, 42
|
||||
2026/10/09 09:22:43.406, 61.30, 0, 0, 2542, 13801, 31014, 42
|
||||
2026/10/09 09:22:44.406, 61.68, 0, 0, 2542, 13801, 31014, 42
|
||||
2026/10/09 09:22:45.407, 60.51, 0, 0, 2542, 13801, 31014, 42
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||||
2026/10/09 09:22:46.407, 59.92, 0, 0, 2542, 13801, 31014, 42
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||||
2026/10/09 09:22:47.407, 59.83, 0, 0, 2542, 13801, 31014, 42
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||||
2026/10/09 09:22:48.408, 59.80, 0, 0, 2542, 13801, 31014, 42
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||||
2026/10/09 09:22:49.408, 60.27, 0, 0, 2542, 13801, 31014, 41
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||||
2026/10/09 09:22:50.408, 37.60, 0, 0, 465, 810, 31014, 41
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||||
2026/10/09 09:22:51.409, 26.32, 0, 0, 412, 810, 31014, 41
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||||
2026/10/09 09:22:52.409, 18.11, 0, 0, 255, 405, 31014, 40
|
||||
2026/10/09 09:22:53.410, 25.19, 37, 1, 2542, 13801, 31014, 41
|
||||
2026/10/09 09:22:54.410, 64.97, 37, 1, 2542, 13801, 31014, 41
|
||||
2026/10/09 09:22:55.410, 62.30, 37, 1, 2542, 13801, 31014, 41
|
||||
2026/10/09 09:22:56.411, 64.84, 34, 1, 2542, 13801, 31014, 41
|
||||
2026/10/09 09:22:57.411, 62.15, 0, 0, 2542, 13801, 31014, 41
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||||
2026/10/09 09:22:58.412, 61.37, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:22:59.412, 60.64, 0, 0, 2542, 13801, 31014, 41
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||||
2026/10/09 09:23:00.413, 60.44, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:01.414, 60.54, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:02.415, 60.62, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:03.415, 60.97, 0, 0, 2542, 13801, 31014, 41
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||||
2026/10/09 09:23:04.416, 61.25, 0, 0, 2542, 13801, 31014, 41
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||||
2026/10/09 09:23:05.416, 61.83, 0, 0, 2542, 13801, 31014, 41
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||||
2026/10/09 09:23:06.416, 62.31, 0, 0, 2542, 13801, 31014, 41
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||||
2026/10/09 09:23:07.417, 61.91, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:08.417, 60.80, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:09.417, 59.81, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:10.418, 59.71, 0, 0, 2542, 13801, 31014, 41
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||||
2026/10/09 09:23:11.418, 59.89, 0, 0, 2542, 13801, 31014, 41
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||||
2026/10/09 09:23:12.419, 60.68, 0, 0, 2542, 13801, 4, 41
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||||
2026/10/09 09:23:13.419, 81.40, 100, 0, 2850, 13801, 31014, 42
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||||
2026/10/09 09:23:14.420, 109.56, 100, 0, 2917, 13801, 31014, 42
|
||||
2026/10/09 09:23:15.420, 109.37, 100, 0, 2917, 13801, 31014, 42
|
||||
2026/10/09 09:23:16.421, 109.37, 100, 0, 2917, 13801, 31014, 43
|
||||
2026/10/09 09:23:17.421, 108.92, 100, 0, 2917, 13801, 31014, 43
|
||||
2026/10/09 09:23:18.421, 109.00, 100, 0, 2917, 13801, 31014, 43
|
||||
2026/10/09 09:23:19.422, 109.62, 100, 0, 2917, 13801, 31014, 43
|
||||
2026/10/09 09:23:20.422, 109.93, 100, 0, 2917, 13801, 31014, 43
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||||
2026/10/09 09:23:21.422, 110.17, 100, 0, 2917, 13801, 31014, 43
|
||||
2026/10/09 09:23:22.423, 109.36, 100, 0, 2917, 13801, 31014, 43
|
||||
2026/10/09 09:23:23.423, 109.04, 100, 0, 2917, 13801, 31014, 43
|
||||
2026/10/09 09:23:24.424, 109.05, 100, 0, 2917, 13801, 31014, 43
|
||||
2026/10/09 09:23:25.424, 109.36, 100, 0, 2917, 13801, 31014, 43
|
||||
2026/10/09 09:23:26.425, 109.75, 100, 0, 2917, 13801, 31014, 43
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||||
2026/10/09 09:23:27.425, 110.32, 100, 0, 2917, 13801, 31014, 43
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||||
2026/10/09 09:23:28.426, 111.04, 100, 0, 2917, 13801, 31014, 43
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||||
2026/10/09 09:23:29.426, 111.42, 100, 0, 2917, 13801, 31014, 43
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||||
2026/10/09 09:23:30.427, 110.72, 100, 0, 2917, 13801, 31014, 43
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||||
2026/10/09 09:23:31.427, 109.50, 100, 0, 2917, 13801, 31014, 43
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2026/10/09 09:23:32.428, 108.86, 100, 0, 2917, 13801, 31014, 43
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2026/10/09 09:23:33.428, 108.85, 100, 0, 2917, 13801, 31014, 43
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2026/10/09 09:23:34.429, 109.33, 100, 0, 2917, 13801, 31014, 43
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||||
2026/10/09 09:23:35.429, 109.71, 100, 0, 2917, 13801, 31014, 43
|
||||
2026/10/09 09:23:36.430, 132.39, 68, 43, 2917, 13801, 31014, 50
|
||||
2026/10/09 09:23:37.430, 85.72, 0, 0, 2917, 13801, 31014, 42
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2026/10/09 09:23:38.430, 80.54, 0, 0, 2797, 13801, 31014, 42
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2026/10/09 09:23:39.431, 60.16, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:40.431, 59.61, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:41.432, 59.67, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:42.432, 60.87, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:43.433, 61.56, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:44.433, 61.53, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:45.434, 60.73, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:46.434, 60.52, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:47.435, 60.33, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:48.435, 60.39, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:49.436, 60.68, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:50.436, 61.35, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:51.437, 61.84, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:52.437, 60.73, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:53.437, 60.34, 0, 0, 2542, 13801, 31014, 41
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2026/10/09 09:23:54.439, 36.69, 0, 0, 465, 810, 31014, 40
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2026/10/09 09:23:55.439, 24.98, 0, 0, 435, 810, 31014, 40
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2026/10/09 09:23:56.439, 17.30, 0, 0, 255, 405, 31014, 40
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2026/10/09 09:23:57.440, 15.19, 0, 0, 195, 405, 31014, 39
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2026/10/09 09:23:58.440, 11.20, 0, 0, 195, 405, 31014, 39
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2026/10/09 09:23:59.441, 14.97, 14, 0, 502, 13801, 31014, 40
|
||||
2026/10/09 09:24:00.441, 74.07, 88, 1, 2917, 13801, 31014, 41
|
||||
2026/10/09 09:24:01.442, 89.86, 88, 1, 2917, 13801, 31014, 41
|
||||
2026/10/09 09:24:02.442, 89.95, 89, 1, 2917, 13801, 31014, 41
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2026/10/09 09:24:03.443, 86.60, 0, 0, 2917, 13801, 31014, 41
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2026/10/09 09:24:04.443, 83.77, 0, 0, 2917, 13801, 31014, 41
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2026/10/09 09:24:05.443, 64.98, 0, 0, 2542, 13801, 31014, 40
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2026/10/09 09:24:06.444, 60.65, 0, 0, 2542, 13801, 31014, 40
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2026/10/09 09:24:07.444, 60.74, 0, 0, 2542, 13801, 31014, 40
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2026/10/09 09:24:08.446, 60.49, 0, 0, 2542, 13801, 31014, 40
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2026/10/09 09:24:09.446, 60.17, 0, 0, 2542, 13801, 31014, 40
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2026/10/09 09:24:10.447, 60.63, 0, 0, 2542, 13801, 31014, 40
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2026/10/09 09:24:11.449, 60.86, 0, 0, 2542, 13801, 31014, 40
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2026/10/09 09:24:12.449, 61.31, 0, 0, 2542, 13801, 31014, 40
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2026/10/09 09:24:13.449, 61.55, 0, 0, 2542, 13801, 31014, 40
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2026/10/09 09:24:14.450, 61.93, 0, 0, 2542, 13801, 31014, 40
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2026/10/09 09:24:15.450, 61.43, 0, 0, 2542, 13801, 31014, 40
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2026/10/09 09:24:16.451, 60.64, 0, 0, 2542, 13801, 31014, 40
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2026/10/09 09:24:17.451, 59.92, 0, 0, 2542, 13801, 31014, 40
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2026/10/09 09:24:18.451, 59.71, 0, 0, 2542, 13801, 31014, 40
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2026/10/09 09:24:19.453, 65.52, 0, 0, 2542, 14001, 510, 40
|
||||
2026/10/09 09:24:20.454, 82.43, 100, 0, 2917, 13801, 30282, 42
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||||
2026/10/09 09:24:21.454, 102.96, 100, 0, 2917, 13801, 30282, 42
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||||
2026/10/09 09:24:22.454, 103.34, 100, 0, 2917, 13801, 30282, 42
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||||
2026/10/09 09:24:23.455, 103.55, 100, 0, 2917, 13801, 30282, 42
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2026/10/09 09:24:24.455, 102.95, 100, 0, 2917, 13801, 30282, 42
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2026/10/09 09:24:25.455, 102.64, 100, 0, 2917, 13801, 30282, 42
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||||
2026/10/09 09:24:26.456, 103.10, 100, 0, 2917, 13801, 30282, 42
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||||
2026/10/09 09:24:27.456, 103.11, 100, 0, 2917, 13801, 30282, 42
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||||
2026/10/09 09:24:28.457, 103.84, 100, 0, 2917, 13801, 30282, 42
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||||
2026/10/09 09:24:29.457, 104.07, 100, 0, 2917, 13801, 30282, 42
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||||
2026/10/09 09:24:30.458, 103.57, 100, 0, 2917, 13801, 30282, 42
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||||
2026/10/09 09:24:31.458, 102.97, 100, 0, 2917, 13801, 30282, 42
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||||
2026/10/09 09:24:32.459, 103.05, 100, 0, 2917, 13801, 30282, 42
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||||
2026/10/09 09:24:33.459, 103.12, 100, 0, 2917, 13801, 30282, 42
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||||
2026/10/09 09:24:34.460, 103.80, 100, 0, 2917, 13801, 30282, 42
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||||
2026/10/09 09:24:35.460, 104.34, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:24:36.460, 104.53, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:24:37.461, 105.31, 100, 0, 2910, 13801, 30282, 42
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||||
2026/10/09 09:24:38.461, 104.70, 100, 0, 2917, 13801, 30282, 42
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||||
2026/10/09 09:24:39.461, 104.02, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:24:40.461, 103.64, 100, 0, 2917, 13801, 30282, 42
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||||
2026/10/09 09:24:41.462, 103.30, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:24:42.463, 103.07, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:24:43.463, 103.35, 100, 0, 2910, 13801, 30282, 42
|
||||
2026/10/09 09:24:44.464, 103.55, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:24:45.464, 103.95, 100, 0, 2910, 13801, 30282, 42
|
||||
2026/10/09 09:24:46.465, 104.04, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:24:47.466, 103.94, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:24:48.466, 103.54, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:24:49.467, 103.61, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:24:50.467, 103.82, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:24:51.468, 103.96, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:24:52.468, 104.24, 100, 0, 2910, 13801, 30282, 42
|
||||
2026/10/09 09:24:53.468, 103.94, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:24:54.469, 103.38, 100, 0, 2910, 13801, 30282, 42
|
||||
2026/10/09 09:24:55.469, 103.36, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:24:56.469, 103.49, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:24:57.470, 103.88, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:24:58.470, 112.81, 0, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:24:59.471, 85.09, 0, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:25:00.471, 64.84, 0, 0, 2542, 13801, 30282, 41
|
||||
2026/10/09 09:25:01.472, 61.64, 0, 0, 2542, 13801, 30282, 41
|
||||
2026/10/09 09:25:02.473, 60.78, 0, 0, 2542, 13801, 30282, 41
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2026/10/09 09:25:03.474, 60.04, 0, 0, 2542, 13801, 30282, 41
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||||
2026/10/09 09:25:04.474, 60.23, 0, 0, 2542, 13801, 30282, 41
|
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2026/10/09 09:25:05.474, 60.42, 0, 0, 2542, 13801, 30282, 41
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2026/10/09 09:25:06.475, 60.67, 0, 0, 2542, 13801, 30282, 41
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2026/10/09 09:25:07.475, 60.86, 0, 0, 2542, 13801, 30282, 41
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2026/10/09 09:25:08.476, 60.86, 0, 0, 2542, 13801, 30282, 41
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2026/10/09 09:25:09.476, 60.69, 0, 0, 2542, 13801, 30282, 41
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||||
2026/10/09 09:25:10.476, 59.78, 0, 0, 2542, 13801, 30282, 40
|
||||
2026/10/09 09:25:11.477, 58.81, 0, 0, 2542, 13801, 30282, 41
|
||||
2026/10/09 09:25:12.477, 59.21, 0, 0, 2542, 13801, 30282, 40
|
||||
2026/10/09 09:25:13.477, 60.10, 0, 0, 2542, 13801, 30282, 40
|
||||
2026/10/09 09:25:14.478, 60.40, 0, 0, 2542, 13801, 30282, 40
|
||||
2026/10/09 09:25:15.478, 54.96, 0, 0, 2055, 810, 30282, 40
|
||||
2026/10/09 09:25:16.479, 25.10, 0, 0, 412, 810, 30282, 40
|
||||
2026/10/09 09:25:17.479, 16.52, 0, 0, 247, 405, 30282, 39
|
||||
2026/10/09 09:25:18.479, 14.05, 0, 0, 195, 405, 30282, 39
|
||||
2026/10/09 09:25:19.480, 8.65, 0, 0, 195, 405, 30282, 39
|
||||
2026/10/09 09:25:20.485, 30.23, 85, 1, 2662, 13801, 30282, 41
|
||||
2026/10/09 09:25:21.486, 89.20, 85, 1, 2917, 13801, 30282, 41
|
||||
2026/10/09 09:25:22.486, 89.71, 70, 1, 2917, 13801, 30282, 41
|
||||
2026/10/09 09:25:23.487, 89.28, 0, 0, 2917, 13801, 30282, 41
|
||||
2026/10/09 09:25:24.487, 84.36, 0, 0, 2917, 13801, 30282, 41
|
||||
2026/10/09 09:25:25.488, 75.01, 0, 0, 2542, 13801, 30282, 40
|
||||
2026/10/09 09:25:26.488, 59.43, 0, 0, 2542, 13801, 30282, 40
|
||||
2026/10/09 09:25:27.489, 59.66, 0, 0, 2542, 13801, 30282, 40
|
||||
2026/10/09 09:25:28.489, 60.24, 0, 0, 2542, 13801, 30282, 40
|
||||
2026/10/09 09:25:29.489, 60.00, 0, 0, 2542, 13801, 30282, 40
|
||||
2026/10/09 09:25:30.490, 60.29, 0, 0, 2542, 13801, 30282, 40
|
||||
2026/10/09 09:25:31.490, 60.57, 0, 0, 2542, 13801, 30282, 40
|
||||
2026/10/09 09:25:32.490, 60.75, 0, 0, 2542, 13801, 30282, 40
|
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2026/10/09 09:25:33.491, 60.36, 0, 0, 2542, 13801, 30282, 40
|
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2026/10/09 09:25:34.491, 60.24, 0, 0, 2542, 13801, 30282, 40
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2026/10/09 09:25:35.491, 59.89, 0, 0, 2542, 13801, 30282, 40
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2026/10/09 09:25:36.491, 60.16, 0, 0, 2542, 13801, 30282, 40
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2026/10/09 09:25:37.492, 60.38, 0, 0, 2542, 13801, 30282, 40
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||||
2026/10/09 09:25:38.492, 60.24, 0, 0, 2542, 13801, 30282, 40
|
||||
2026/10/09 09:25:39.492, 59.58, 0, 0, 2542, 13801, 30282, 40
|
||||
2026/10/09 09:25:40.493, 35.40, 0, 0, 465, 810, 30282, 39
|
||||
2026/10/09 09:25:41.493, 24.09, 0, 0, 420, 810, 30282, 39
|
||||
2026/10/09 09:25:42.493, 16.38, 0, 0, 255, 405, 30282, 39
|
||||
2026/10/09 09:25:43.494, 13.72, 0, 0, 195, 405, 30282, 39
|
||||
2026/10/09 09:25:44.494, 11.84, 0, 0, 195, 405, 30282, 39
|
||||
2026/10/09 09:25:45.495, 7.59, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:25:46.495, 7.03, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:25:47.496, 8.02, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:25:48.496, 7.06, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:25:49.497, 6.02, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:25:50.500, 5.97, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:25:51.500, 6.39, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:25:52.501, 6.11, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:25:53.501, 5.93, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:25:54.501, 5.34, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:25:55.502, 5.58, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:25:56.502, 5.57, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:25:57.502, 5.57, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:25:58.503, 5.73, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:25:59.503, 6.07, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:26:00.503, 6.07, 0, 0, 187, 405, 30282, 38
|
||||
2026/10/09 09:26:01.504, 5.82, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:26:02.504, 5.59, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:26:03.504, 5.50, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:26:04.505, 5.44, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:26:05.505, 6.05, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:26:06.505, 5.71, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:26:07.506, 5.81, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:26:08.506, 5.71, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:26:09.506, 5.13, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:26:10.507, 5.00, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:26:11.507, 4.92, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:26:12.507, 5.37, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:26:13.507, 5.57, 0, 0, 187, 405, 30282, 38
|
||||
2026/10/09 09:26:14.508, 5.38, 0, 0, 195, 405, 30282, 38
|
||||
2026/10/09 09:26:15.508, 5.80, 0, 0, 195, 405, 30281, 38
|
||||
2026/10/09 09:26:16.509, 14.49, 100, 91, 855, 14001, 510, 39
|
||||
2026/10/09 09:26:17.509, 78.72, 100, 0, 2917, 13801, 30282, 41
|
||||
2026/10/09 09:26:18.509, 100.97, 100, 0, 2917, 13801, 30282, 41
|
||||
2026/10/09 09:26:19.510, 100.94, 100, 0, 2917, 13801, 30282, 41
|
||||
2026/10/09 09:26:20.510, 101.08, 100, 0, 2917, 13801, 30282, 41
|
||||
2026/10/09 09:26:21.510, 101.54, 100, 0, 2917, 13801, 30282, 41
|
||||
2026/10/09 09:26:22.511, 101.14, 100, 0, 2917, 13801, 30282, 41
|
||||
2026/10/09 09:26:23.511, 101.12, 100, 0, 2910, 13801, 30282, 42
|
||||
2026/10/09 09:26:24.511, 101.08, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:26:25.512, 101.53, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:26:26.514, 101.61, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:26:27.514, 101.79, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:26:28.517, 101.44, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:26:29.517, 101.37, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:26:30.518, 101.46, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:26:31.518, 101.21, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:26:32.518, 101.59, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:26:33.518, 102.12, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:26:34.519, 102.17, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:26:35.519, 102.20, 100, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:26:36.520, 102.05, 100, 0, 2917, 13801, 30282, 43
|
||||
2026/10/09 09:26:37.520, 102.24, 100, 0, 2917, 13801, 30282, 43
|
||||
2026/10/09 09:26:38.520, 102.58, 100, 0, 2917, 13801, 30282, 43
|
||||
2026/10/09 09:26:39.521, 102.44, 100, 0, 2917, 13801, 30282, 43
|
||||
2026/10/09 09:26:40.521, 109.61, 0, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:26:41.522, 81.34, 0, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:26:42.522, 57.87, 0, 0, 2542, 13801, 30282, 41
|
||||
2026/10/09 09:26:43.522, 57.60, 0, 0, 2542, 13801, 30282, 41
|
||||
2026/10/09 09:26:44.523, 57.29, 0, 0, 2542, 13801, 30282, 41
|
||||
2026/10/09 09:26:45.523, 56.88, 0, 0, 2542, 13801, 30282, 41
|
||||
2026/10/09 09:26:46.523, 57.25, 0, 0, 2542, 13801, 30282, 41
|
||||
2026/10/09 09:26:47.525, 57.18, 0, 0, 2542, 13801, 30282, 41
|
||||
2026/10/09 09:26:48.526, 56.98, 0, 0, 2542, 13801, 30282, 41
|
||||
2026/10/09 09:26:49.526, 57.34, 0, 0, 2542, 13801, 30282, 41
|
||||
2026/10/09 09:26:50.527, 57.39, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:26:51.527, 57.35, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:26:52.528, 57.19, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:26:53.528, 57.29, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:26:54.529, 57.45, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:26:55.529, 57.34, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:26:56.530, 57.25, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:26:57.530, 33.99, 0, 0, 472, 810, 30282, 41
|
||||
2026/10/09 09:26:58.531, 22.65, 0, 0, 420, 810, 30282, 41
|
||||
2026/10/09 09:26:59.531, 16.42, 0, 0, 255, 405, 30282, 41
|
||||
2026/10/09 09:27:00.531, 13.00, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:01.532, 8.23, 0, 0, 195, 405, 30282, 40
|
||||
2026/10/09 09:27:02.533, 11.22, 89, 1, 495, 13801, 30282, 41
|
||||
2026/10/09 09:27:03.533, 84.05, 81, 1, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:27:04.534, 84.25, 11, 0, 2917, 13801, 30282, 42
|
||||
2026/10/09 09:27:05.534, 84.19, 81, 1, 2917, 13801, 30282, 43
|
||||
2026/10/09 09:27:06.534, 86.34, 81, 1, 2917, 13801, 30282, 43
|
||||
2026/10/09 09:27:07.535, 81.81, 0, 0, 2917, 13801, 30282, 43
|
||||
2026/10/09 09:27:08.535, 77.34, 0, 0, 2797, 13801, 30282, 42
|
||||
2026/10/09 09:27:09.536, 58.29, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:27:10.537, 57.37, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:27:11.540, 58.22, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:27:12.540, 57.90, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:27:13.540, 57.67, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:27:14.541, 57.50, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:27:15.541, 57.76, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:27:16.541, 57.93, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:27:17.542, 58.07, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:27:18.542, 57.77, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:27:19.542, 58.06, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:27:20.544, 57.99, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:27:21.544, 58.09, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:27:22.544, 58.42, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:27:23.545, 58.10, 0, 0, 2542, 13801, 30282, 42
|
||||
2026/10/09 09:27:24.545, 34.90, 0, 0, 472, 810, 30282, 42
|
||||
2026/10/09 09:27:25.546, 26.85, 0, 0, 405, 810, 30282, 41
|
||||
2026/10/09 09:27:26.546, 13.94, 0, 0, 247, 405, 30282, 41
|
||||
2026/10/09 09:27:27.547, 11.60, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:28.547, 8.12, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:29.548, 6.17, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:30.548, 5.99, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:31.549, 5.87, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:32.549, 5.76, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:33.550, 5.71, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:34.551, 5.71, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:35.551, 5.68, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:36.551, 5.94, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:37.552, 5.68, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:38.552, 6.28, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:39.552, 6.11, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:40.553, 6.16, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:41.553, 6.50, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:42.553, 6.03, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:43.554, 6.15, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:44.554, 5.92, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:45.555, 5.72, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:46.555, 6.22, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:47.556, 5.79, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:48.556, 7.42, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:49.556, 6.87, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:50.557, 6.55, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:51.557, 6.81, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:52.557, 6.15, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:53.558, 6.24, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:54.558, 7.68, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:55.559, 6.92, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:56.559, 5.24, 0, 0, 195, 405, 30282, 41
|
||||
2026/10/09 09:27:57.559, 5.52, 0, 0, 195, 405, 1, 41
|
||||
2026/10/09 09:27:58.800, 64.95, 43, 32, 2865, 13801, 31044, 43
|
||||
2026/10/09 09:27:59.801, 121.17, 100, 1, 2917, 13801, 31044, 44
|
||||
2026/10/09 09:28:00.801, 121.17, 100, 1, 2917, 13801, 31044, 44
|
||||
2026/10/09 09:28:01.802, 120.89, 100, 1, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:28:02.802, 120.83, 100, 1, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:28:03.802, 119.90, 100, 1, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:28:04.803, 120.52, 100, 1, 2902, 13801, 31044, 44
|
||||
2026/10/09 09:28:05.803, 119.46, 100, 1, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:28:06.803, 120.91, 100, 1, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:28:07.803, 120.60, 100, 1, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:28:08.804, 122.03, 100, 1, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:28:09.804, 121.86, 100, 1, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:28:10.805, 121.26, 100, 1, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:28:11.805, 121.99, 100, 1, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:28:12.806, 121.39, 100, 1, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:28:13.806, 122.26, 100, 1, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:28:14.806, 121.34, 100, 1, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:28:15.808, 121.88, 100, 1, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:28:16.809, 121.93, 100, 1, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:28:17.809, 122.07, 100, 1, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:28:18.809, 122.53, 100, 1, 2902, 13801, 31044, 46
|
||||
2026/10/09 09:28:19.810, 130.23, 36, 24, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:28:20.810, 83.19, 0, 0, 2902, 13801, 31044, 45
|
||||
2026/10/09 09:28:21.810, 68.23, 0, 0, 2542, 13801, 1, 44
|
||||
2026/10/09 09:28:22.879, 80.00, 0, 0, 2827, 13801, 584, 45
|
||||
2026/10/09 09:28:23.879, 104.48, 100, 0, 2902, 13801, 584, 45
|
||||
2026/10/09 09:28:24.879, 104.78, 100, 0, 2902, 13801, 584, 45
|
||||
2026/10/09 09:28:25.880, 104.75, 100, 0, 2902, 13801, 584, 46
|
||||
2026/10/09 09:28:26.880, 104.21, 100, 0, 2902, 13801, 584, 46
|
||||
2026/10/09 09:28:27.881, 104.40, 100, 0, 2902, 13801, 584, 46
|
||||
2026/10/09 09:28:28.881, 104.59, 100, 0, 2902, 13801, 584, 46
|
||||
2026/10/09 09:28:29.882, 104.69, 100, 0, 2902, 13801, 584, 46
|
||||
2026/10/09 09:28:30.882, 104.33, 100, 0, 2902, 13801, 584, 46
|
||||
2026/10/09 09:28:31.883, 104.14, 100, 0, 2902, 13801, 584, 46
|
||||
2026/10/09 09:28:32.884, 104.19, 100, 0, 2902, 13801, 584, 46
|
||||
2026/10/09 09:28:33.884, 91.98, 4, 0, 2902, 13801, 584, 45
|
||||
2026/10/09 09:28:34.885, 85.61, 0, 0, 2902, 14001, 584, 45
|
||||
2026/10/09 09:28:35.885, 99.67, 100, 0, 2902, 13801, 584, 46
|
||||
2026/10/09 09:28:36.885, 102.37, 100, 0, 2902, 13801, 584, 46
|
||||
2026/10/09 09:28:37.887, 102.81, 100, 0, 2902, 13801, 584, 46
|
||||
2026/10/09 09:28:38.887, 103.20, 100, 0, 2902, 13801, 584, 46
|
||||
2026/10/09 09:28:39.888, 103.21, 100, 0, 2902, 13801, 584, 46
|
||||
2026/10/09 09:28:40.888, 102.88, 100, 0, 2902, 13801, 584, 46
|
||||
2026/10/09 09:28:41.889, 102.89, 100, 0, 2902, 13801, 584, 46
|
||||
2026/10/09 09:28:42.889, 104.16, 100, 0, 2902, 13801, 584, 46
|
||||
2026/10/09 09:28:43.890, 106.62, 100, 0, 2902, 13801, 584, 47
|
||||
2026/10/09 09:28:44.890, 106.60, 100, 0, 2902, 13801, 584, 47
|
||||
2026/10/09 09:28:45.892, 107.20, 100, 0, 2902, 13801, 584, 47
|
||||
2026/10/09 09:28:46.892, 92.81, 0, 0, 2902, 13801, 584, 46
|
||||
2026/10/09 09:28:47.892, 91.26, 0, 0, 2902, 14001, 2572, 46
|
||||
2026/10/09 09:28:48.893, 107.04, 100, 0, 2902, 13801, 2572, 47
|
||||
2026/10/09 09:28:49.893, 109.66, 100, 0, 2902, 13801, 2572, 47
|
||||
2026/10/09 09:28:50.893, 109.09, 100, 0, 2902, 13801, 2572, 47
|
||||
2026/10/09 09:28:51.894, 108.67, 100, 0, 2902, 13801, 2572, 47
|
||||
2026/10/09 09:28:52.894, 109.48, 100, 0, 2902, 13801, 2572, 47
|
||||
2026/10/09 09:28:53.894, 109.80, 100, 0, 2902, 13801, 2572, 47
|
||||
2026/10/09 09:28:54.895, 109.90, 100, 0, 2902, 13801, 2572, 47
|
||||
2026/10/09 09:28:55.895, 110.11, 100, 0, 2902, 13801, 2572, 46
|
||||
2026/10/09 09:28:56.896, 110.40, 100, 0, 2902, 13801, 2572, 46
|
||||
2026/10/09 09:28:57.896, 109.73, 100, 0, 2902, 13801, 2572, 46
|
||||
2026/10/09 09:28:58.896, 109.55, 100, 0, 2902, 13801, 2572, 46
|
||||
2026/10/09 09:28:59.897, 95.06, 0, 0, 2902, 13801, 2572, 46
|
||||
2026/10/09 09:29:00.898, 88.76, 18, 0, 2902, 13801, 2572, 45
|
||||
2026/10/09 09:29:01.900, 68.08, 0, 0, 2542, 13801, 2, 45
|
||||
2026/10/09 09:29:02.911, 81.77, 0, 0, 2902, 13801, 2572, 46
|
||||
2026/10/09 09:29:03.911, 107.27, 100, 0, 2902, 13801, 2572, 46
|
||||
2026/10/09 09:29:04.912, 107.22, 100, 0, 2902, 13801, 2572, 46
|
||||
2026/10/09 09:29:05.912, 106.81, 100, 0, 2902, 13801, 2572, 46
|
||||
2026/10/09 09:29:06.912, 107.10, 100, 0, 2902, 13801, 2572, 46
|
||||
2026/10/09 09:29:07.913, 107.13, 100, 0, 2902, 13801, 2572, 46
|
||||
2026/10/09 09:29:08.914, 108.14, 100, 0, 2902, 13801, 2572, 46
|
||||
2026/10/09 09:29:09.915, 108.64, 100, 0, 2902, 13801, 2572, 46
|
||||
2026/10/09 09:29:10.915, 108.98, 100, 0, 2902, 13801, 2572, 46
|
||||
2026/10/09 09:29:11.915, 108.21, 100, 0, 2902, 13801, 2572, 46
|
||||
2026/10/09 09:29:12.916, 107.35, 100, 0, 2902, 13801, 2572, 46
|
||||
2026/10/09 09:29:13.916, 106.43, 100, 0, 2902, 13801, 2572, 46
|
||||
2026/10/09 09:29:14.917, 94.45, 0, 0, 2902, 13801, 2572, 45
|
||||
2026/10/09 09:29:15.917, 87.83, 0, 0, 2902, 13801, 2572, 45
|
||||
2026/10/09 09:29:16.918, 65.56, 0, 0, 2542, 13801, 2569, 44
|
||||
2026/10/09 09:29:17.918, 73.71, 5, 3, 2640, 13801, 8728, 45
|
||||
2026/10/09 09:29:18.918, 112.17, 100, 0, 2902, 13801, 8728, 46
|
||||
2026/10/09 09:29:19.919, 112.32, 100, 0, 2902, 13801, 8728, 46
|
||||
2026/10/09 09:29:20.919, 111.49, 100, 0, 2902, 13801, 8728, 46
|
||||
2026/10/09 09:29:21.919, 111.10, 100, 0, 2902, 13801, 8728, 46
|
||||
2026/10/09 09:29:22.920, 111.44, 100, 0, 2902, 13801, 8728, 46
|
||||
2026/10/09 09:29:23.920, 112.03, 100, 0, 2902, 13801, 8728, 46
|
||||
2026/10/09 09:29:24.920, 112.57, 100, 0, 2902, 13801, 8728, 46
|
||||
2026/10/09 09:29:25.921, 112.01, 100, 0, 2902, 13801, 8728, 46
|
||||
2026/10/09 09:29:26.921, 111.47, 100, 0, 2902, 13801, 8728, 46
|
||||
2026/10/09 09:29:27.921, 115.98, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:29:28.921, 86.35, 0, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:29:29.923, 79.40, 0, 0, 2647, 13801, 8728, 44
|
||||
2026/10/09 09:29:30.923, 62.52, 0, 0, 2542, 13801, 8728, 44
|
||||
2026/10/09 09:29:31.924, 62.79, 0, 0, 2542, 13801, 8728, 44
|
||||
2026/10/09 09:29:32.924, 63.29, 0, 0, 2542, 13801, 8728, 44
|
||||
2026/10/09 09:29:33.925, 64.38, 0, 0, 2542, 13801, 8728, 44
|
||||
2026/10/09 09:29:34.925, 85.54, 46, 1, 2902, 13801, 8728, 44
|
||||
2026/10/09 09:29:35.925, 86.07, 0, 0, 2902, 13801, 8728, 44
|
||||
2026/10/09 09:29:36.926, 70.69, 0, 0, 2542, 13801, 2, 44
|
||||
2026/10/09 09:29:37.930, 80.67, 0, 0, 2835, 13801, 8728, 45
|
||||
2026/10/09 09:29:38.930, 108.59, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:29:39.930, 109.20, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:29:40.931, 108.99, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:29:41.931, 109.61, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:29:42.931, 109.48, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:29:43.932, 109.30, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:29:44.932, 108.72, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:29:45.933, 108.78, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:29:46.934, 108.84, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:29:47.934, 109.04, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:29:48.935, 109.19, 100, 0, 2902, 13801, 8728, 45
|
||||
2026/10/09 09:29:49.935, 103.49, 95, 12, 2902, 13801, 8728, 44
|
||||
2026/10/09 09:29:50.935, 85.74, 0, 0, 2902, 13801, 8728, 44
|
||||
2026/10/09 09:29:51.936, 69.09, 0, 0, 2542, 13801, 8728, 43
|
||||
2026/10/09 09:29:52.938, 62.32, 0, 0, 2542, 13801, 8728, 43
|
||||
2026/10/09 09:29:53.939, 62.53, 0, 0, 2542, 13801, 8728, 43
|
||||
2026/10/09 09:29:54.939, 63.38, 0, 0, 2542, 13801, 8728, 43
|
||||
2026/10/09 09:29:55.939, 76.29, 46, 1, 2902, 13801, 8728, 44
|
||||
2026/10/09 09:29:56.941, 89.33, 0, 0, 2902, 13801, 8728, 44
|
||||
2026/10/09 09:29:57.941, 86.40, 0, 0, 2902, 13801, 8728, 44
|
||||
2026/10/09 09:29:58.941, 66.93, 0, 0, 2542, 13801, 31088, 43
|
||||
2026/10/09 09:29:59.942, 282.73, 78, 29, 2857, 13801, 31088, 55
|
||||
2026/10/09 09:30:00.942, 437.12, 100, 34, 2857, 13801, 31088, 52
|
||||
2026/10/09 09:30:01.942, 438.90, 100, 42, 2850, 13801, 31088, 54
|
||||
2026/10/09 09:30:02.943, 439.16, 100, 35, 2850, 13801, 31088, 57
|
||||
2026/10/09 09:30:03.943, 434.74, 100, 33, 2850, 13801, 31088, 53
|
||||
2026/10/09 09:30:04.944, 439.25, 100, 42, 2857, 13801, 31088, 55
|
||||
2026/10/09 09:30:05.944, 439.65, 100, 35, 2850, 13801, 31088, 58
|
||||
2026/10/09 09:30:06.945, 439.62, 100, 33, 2850, 13801, 31088, 55
|
||||
2026/10/09 09:30:07.945, 440.15, 100, 42, 2850, 13801, 31088, 56
|
||||
2026/10/09 09:30:08.946, 440.65, 100, 35, 2857, 13801, 31088, 59
|
||||
2026/10/09 09:30:09.947, 440.49, 100, 33, 2850, 13801, 31088, 55
|
||||
2026/10/09 09:30:10.948, 438.63, 100, 42, 2850, 13801, 31088, 57
|
||||
2026/10/09 09:30:11.948, 440.69, 100, 34, 2842, 13801, 31088, 59
|
||||
2026/10/09 09:30:12.949, 437.54, 100, 33, 2857, 13801, 31088, 56
|
||||
2026/10/09 09:30:13.949, 441.41, 100, 41, 2850, 13801, 31088, 57
|
||||
2026/10/09 09:30:14.949, 441.76, 100, 35, 2850, 13801, 31088, 60
|
||||
2026/10/09 09:30:15.950, 440.53, 100, 33, 2842, 13801, 31088, 56
|
||||
2026/10/09 09:30:16.951, 443.29, 100, 42, 2857, 13801, 31088, 58
|
||||
2026/10/09 09:30:17.951, 442.86, 100, 35, 2850, 13801, 31088, 61
|
||||
2026/10/09 09:30:18.953, 438.49, 100, 33, 2850, 13801, 31088, 57
|
||||
2026/10/09 09:30:19.954, 294.46, 100, 54, 2902, 13801, 31088, 50
|
||||
2026/10/09 09:30:20.954, 91.68, 0, 0, 2902, 13801, 31088, 49
|
||||
2026/10/09 09:30:21.955, 74.84, 0, 0, 2542, 13801, 31088, 48
|
||||
2026/10/09 09:30:22.955, 66.00, 0, 0, 2542, 13801, 31088, 48
|
||||
2026/10/09 09:30:23.956, 65.63, 0, 0, 2542, 13801, 31088, 48
|
||||
2026/10/09 09:30:24.956, 65.76, 0, 0, 2542, 13801, 31088, 48
|
||||
2026/10/09 09:30:25.961, 66.14, 0, 0, 2542, 13801, 31088, 47
|
||||
2026/10/09 09:30:26.962, 65.88, 0, 0, 2542, 13801, 31088, 47
|
||||
2026/10/09 09:30:27.964, 65.65, 0, 0, 2542, 13801, 31088, 47
|
||||
2026/10/09 09:30:28.964, 64.68, 0, 0, 2542, 13801, 31088, 47
|
||||
2026/10/09 09:30:29.964, 64.49, 0, 0, 2542, 13801, 31088, 47
|
||||
2026/10/09 09:30:30.965, 64.25, 0, 0, 2542, 13801, 31088, 47
|
||||
2026/10/09 09:30:31.965, 64.80, 0, 0, 2542, 13801, 31088, 47
|
||||
2026/10/09 09:30:32.966, 65.39, 0, 0, 2542, 13801, 31088, 47
|
||||
2026/10/09 09:30:33.966, 65.17, 0, 0, 2542, 13801, 31088, 46
|
||||
2026/10/09 09:30:34.966, 64.83, 0, 0, 2542, 13801, 31088, 46
|
||||
2026/10/09 09:30:35.967, 64.33, 0, 0, 2542, 13801, 31088, 46
|
||||
2026/10/09 09:30:36.967, 63.90, 0, 0, 2542, 13801, 31088, 46
|
||||
2026/10/09 09:30:37.968, 59.26, 0, 0, 2205, 810, 31088, 45
|
||||
2026/10/09 09:30:38.968, 29.40, 0, 0, 412, 810, 31088, 45
|
||||
2026/10/09 09:30:39.968, 19.55, 0, 0, 255, 405, 31088, 45
|
||||
2026/10/09 09:30:40.969, 17.92, 0, 0, 195, 405, 31088, 45
|
||||
2026/10/09 09:30:41.969, 14.79, 0, 0, 195, 405, 31088, 44
|
||||
2026/10/09 09:30:42.970, 12.58, 0, 0, 195, 405, 31088, 44
|
||||
2026/10/09 09:30:43.970, 13.92, 0, 0, 195, 13801, 31088, 45
|
||||
2026/10/09 09:30:44.970, 83.59, 46, 1, 2902, 13801, 31088, 46
|
||||
2026/10/09 09:30:45.971, 92.34, 46, 1, 2902, 13801, 31088, 46
|
||||
2026/10/09 09:30:46.971, 91.88, 46, 1, 2902, 13801, 31088, 46
|
||||
2026/10/09 09:30:47.971, 88.53, 0, 0, 2902, 13801, 31088, 46
|
||||
2026/10/09 09:30:48.972, 76.36, 0, 0, 2542, 13801, 31088, 45
|
||||
2026/10/09 09:30:49.972, 63.82, 0, 0, 2542, 13801, 31088, 45
|
||||
2026/10/09 09:30:50.972, 64.02, 0, 0, 2542, 13801, 31088, 45
|
||||
2026/10/09 09:30:51.973, 63.89, 0, 0, 2542, 13801, 4, 45
|
||||
2026/10/09 09:30:52.974, 136.62, 0, 0, 2865, 13801, 31086, 50
|
||||
2026/10/09 09:30:53.975, 280.06, 100, 17, 2895, 13801, 31086, 51
|
||||
2026/10/09 09:30:54.975, 280.93, 100, 17, 2895, 13801, 31086, 51
|
||||
2026/10/09 09:30:55.976, 281.56, 100, 17, 2895, 13801, 31086, 51
|
||||
2026/10/09 09:30:56.976, 281.60, 100, 17, 2895, 13801, 31086, 52
|
||||
2026/10/09 09:30:57.976, 281.03, 100, 17, 2895, 13801, 31086, 52
|
||||
2026/10/09 09:30:58.977, 281.69, 100, 17, 2895, 13801, 31086, 52
|
||||
2026/10/09 09:30:59.977, 281.86, 100, 17, 2895, 13801, 31086, 52
|
||||
2026/10/09 09:31:00.977, 282.22, 100, 17, 2895, 13801, 31086, 52
|
||||
2026/10/09 09:31:01.978, 282.35, 100, 17, 2895, 13801, 31086, 52
|
||||
2026/10/09 09:31:02.978, 282.92, 100, 17, 2895, 13801, 31086, 52
|
||||
2026/10/09 09:31:03.979, 283.50, 100, 17, 2895, 13801, 31086, 52
|
||||
2026/10/09 09:31:04.979, 283.65, 100, 17, 2895, 13801, 31086, 53
|
||||
2026/10/09 09:31:05.979, 283.10, 100, 17, 2895, 13801, 31086, 53
|
||||
2026/10/09 09:31:06.980, 282.61, 100, 17, 2895, 13801, 31086, 53
|
||||
2026/10/09 09:31:07.980, 282.42, 100, 17, 2895, 13801, 31086, 53
|
||||
2026/10/09 09:31:08.981, 282.69, 100, 17, 2895, 13801, 31086, 53
|
||||
2026/10/09 09:31:09.982, 283.02, 100, 17, 2895, 13801, 31086, 53
|
||||
2026/10/09 09:31:10.982, 283.45, 100, 17, 2895, 13801, 31086, 53
|
||||
2026/10/09 09:31:11.983, 283.18, 100, 17, 2887, 13801, 31086, 53
|
||||
2026/10/09 09:31:12.983, 249.55, 100, 17, 2850, 13801, 31086, 49
|
||||
2026/10/09 09:31:13.983, 91.15, 0, 0, 2902, 13801, 31086, 48
|
||||
2026/10/09 09:31:14.983, 78.46, 0, 0, 2542, 13801, 31086, 47
|
||||
2026/10/09 09:31:15.984, 63.98, 0, 0, 2542, 13801, 31086, 47
|
||||
2026/10/09 09:31:16.984, 64.04, 0, 0, 2542, 13801, 31086, 47
|
||||
2026/10/09 09:31:17.984, 63.96, 0, 0, 2542, 13801, 31086, 47
|
||||
2026/10/09 09:31:18.985, 64.00, 0, 0, 2542, 13801, 31086, 47
|
||||
2026/10/09 09:31:19.985, 64.55, 0, 0, 2542, 13801, 31086, 46
|
||||
2026/10/09 09:31:20.985, 64.01, 0, 0, 2542, 13801, 31086, 46
|
||||
2026/10/09 09:31:21.986, 63.37, 0, 0, 2542, 13801, 31086, 46
|
||||
2026/10/09 09:31:22.997, 63.87, 0, 0, 2542, 13801, 31086, 46
|
||||
2026/10/09 09:31:23.997, 63.95, 0, 0, 2542, 13801, 31086, 46
|
||||
2026/10/09 09:31:24.997, 64.34, 0, 0, 2542, 13801, 31086, 46
|
||||
2026/10/09 09:31:25.998, 64.84, 0, 0, 2542, 13801, 31086, 46
|
||||
2026/10/09 09:31:26.998, 65.71, 0, 0, 2542, 13801, 31086, 46
|
||||
2026/10/09 09:31:27.998, 65.46, 0, 0, 2542, 13801, 31086, 46
|
||||
2026/10/09 09:31:28.998, 64.32, 0, 0, 2542, 13801, 31086, 46
|
||||
2026/10/09 09:31:29.999, 58.37, 0, 0, 2212, 810, 31086, 45
|
||||
2026/10/09 09:31:30.999, 31.87, 0, 0, 427, 810, 31086, 45
|
||||
2026/10/09 09:31:32.000, 20.65, 0, 0, 255, 405, 31086, 44
|
||||
2026/10/09 09:31:33.000, 12.89, 0, 0, 195, 405, 31086, 44
|
||||
2026/10/09 09:31:34.000, 11.45, 0, 0, 195, 405, 31086, 44
|
||||
2026/10/09 09:31:35.001, 11.88, 0, 0, 195, 405, 31086, 44
|
||||
2026/10/09 09:31:36.001, 12.13, 0, 0, 195, 405, 31086, 44
|
||||
2026/10/09 09:31:37.001, 68.13, 47, 1, 2902, 13801, 31086, 46
|
||||
2026/10/09 09:31:38.001, 92.35, 46, 1, 2902, 13801, 31086, 46
|
||||
2026/10/09 09:31:39.003, 91.90, 46, 1, 2902, 13801, 31086, 46
|
||||
2026/10/09 09:31:40.003, 89.02, 0, 0, 2902, 13801, 31086, 46
|
||||
2026/10/09 09:31:41.003, 85.81, 0, 0, 2902, 13801, 31086, 45
|
||||
2026/10/09 09:31:42.004, 63.83, 0, 0, 2542, 13801, 31086, 45
|
||||
2026/10/09 09:31:43.005, 64.17, 0, 0, 2542, 13801, 31086, 45
|
||||
2026/10/09 09:31:44.005, 63.16, 0, 0, 2542, 13801, 31086, 45
|
||||
2026/10/09 09:31:45.006, 73.41, 0, 0, 2550, 13801, 31078, 46
|
||||
2026/10/09 09:31:46.006, 150.52, 100, 4, 2902, 13801, 31078, 47
|
||||
2026/10/09 09:31:47.007, 151.11, 100, 4, 2902, 13801, 31078, 47
|
||||
2026/10/09 09:31:48.007, 151.67, 100, 4, 2902, 13801, 31078, 47
|
||||
2026/10/09 09:31:49.007, 152.14, 100, 4, 2902, 13801, 31078, 47
|
||||
2026/10/09 09:31:50.008, 152.76, 100, 4, 2902, 13801, 31078, 47
|
||||
2026/10/09 09:31:51.009, 153.29, 100, 4, 2902, 13801, 31078, 47
|
||||
2026/10/09 09:31:52.009, 152.19, 100, 4, 2902, 13801, 31078, 47
|
||||
2026/10/09 09:31:53.011, 150.78, 100, 4, 2902, 13801, 31078, 47
|
||||
2026/10/09 09:31:54.011, 151.14, 100, 4, 2902, 13801, 31078, 47
|
||||
2026/10/09 09:31:55.011, 151.63, 100, 4, 2902, 13801, 31078, 47
|
||||
2026/10/09 09:31:56.012, 151.49, 100, 4, 2902, 13801, 31078, 48
|
||||
2026/10/09 09:31:57.012, 151.60, 100, 4, 2902, 13801, 31078, 47
|
||||
2026/10/09 09:31:58.012, 151.94, 100, 4, 2902, 13801, 31078, 47
|
||||
2026/10/09 09:31:59.013, 152.10, 100, 4, 2902, 13801, 31078, 48
|
||||
2026/10/09 09:32:00.013, 152.14, 100, 4, 2902, 13801, 31078, 47
|
||||
2026/10/09 09:32:01.014, 151.90, 100, 4, 2902, 13801, 31078, 48
|
||||
2026/10/09 09:32:02.014, 151.59, 100, 4, 2902, 13801, 31078, 48
|
||||
2026/10/09 09:32:03.015, 152.02, 100, 4, 2902, 13801, 31078, 48
|
||||
2026/10/09 09:32:04.016, 152.50, 100, 4, 2902, 13801, 31078, 48
|
||||
2026/10/09 09:32:05.016, 152.26, 100, 4, 2902, 13801, 31078, 48
|
||||
2026/10/09 09:32:06.017, 126.92, 8, 0, 2902, 13801, 31078, 46
|
||||
2026/10/09 09:32:07.017, 86.76, 0, 0, 2902, 13801, 31078, 46
|
||||
2026/10/09 09:32:08.018, 67.73, 0, 0, 2542, 13801, 31078, 45
|
||||
2026/10/09 09:32:09.019, 62.97, 0, 0, 2542, 13801, 31078, 45
|
||||
2026/10/09 09:32:10.019, 62.94, 0, 0, 2542, 13801, 31078, 45
|
||||
2026/10/09 09:32:11.019, 63.60, 0, 0, 2542, 13801, 31078, 45
|
||||
2026/10/09 09:32:12.020, 64.42, 0, 0, 2542, 13801, 31078, 45
|
||||
2026/10/09 09:32:13.020, 64.88, 0, 0, 2542, 13801, 31078, 44
|
||||
2026/10/09 09:32:14.021, 64.02, 0, 0, 2542, 13801, 31078, 44
|
||||
2026/10/09 09:32:15.022, 63.05, 0, 0, 2542, 13801, 31078, 44
|
||||
2026/10/09 09:32:16.022, 62.57, 0, 0, 2542, 13801, 31078, 44
|
||||
2026/10/09 09:32:17.022, 63.00, 0, 0, 2542, 13801, 31078, 44
|
||||
2026/10/09 09:32:18.027, 63.54, 0, 0, 2542, 13801, 31078, 44
|
||||
2026/10/09 09:32:19.029, 63.67, 0, 0, 2542, 13801, 31078, 44
|
||||
2026/10/09 09:32:20.030, 63.47, 0, 0, 2542, 13801, 31078, 44
|
||||
2026/10/09 09:32:21.030, 63.64, 0, 0, 2542, 13801, 31078, 44
|
||||
2026/10/09 09:32:22.031, 63.33, 0, 0, 2542, 13801, 31078, 44
|
||||
2026/10/09 09:32:23.032, 58.01, 0, 0, 2212, 810, 31078, 43
|
||||
2026/10/09 09:32:24.033, 27.62, 0, 0, 427, 810, 31078, 43
|
||||
2026/10/09 09:32:25.033, 20.32, 0, 0, 255, 405, 31078, 43
|
||||
2026/10/09 09:32:26.034, 13.54, 0, 0, 195, 405, 31078, 42
|
||||
2026/10/09 09:32:27.035, 13.25, 0, 0, 195, 405, 31078, 42
|
||||
2026/10/09 09:32:28.036, 18.28, 0, 0, 780, 13801, 31078, 43
|
||||
2026/10/09 09:32:29.037, 66.39, 14, 0, 2542, 13801, 31078, 44
|
||||
2026/10/09 09:32:30.037, 89.76, 46, 1, 2902, 13801, 31078, 44
|
||||
2026/10/09 09:32:31.039, 90.27, 46, 1, 2902, 13801, 31078, 44
|
||||
2026/10/09 09:32:32.039, 88.51, 49, 1, 2902, 13801, 31078, 44
|
||||
2026/10/09 09:32:33.039, 86.09, 0, 0, 2902, 13801, 31078, 44
|
||||
2026/10/09 09:32:34.040, 71.17, 0, 0, 2542, 13801, 31078, 43
|
||||
2026/10/09 09:32:35.040, 62.98, 0, 0, 2542, 13801, 31078, 43
|
||||
2026/10/09 09:32:36.041, 63.26, 0, 0, 2542, 13801, 31078, 43
|
||||
2026/10/09 09:32:37.041, 62.69, 0, 0, 2542, 13801, 1, 43
|
||||
2026/10/09 09:32:38.041, 66.16, 4, 2, 2542, 14001, 1, 43
|
||||
2026/10/09 09:32:39.043, 61.73, 0, 0, 2542, 14001, 1, 43
|
||||
2026/10/09 09:32:40.044, 41.91, 0, 0, 982, 7001, 1, 42
|
||||
2026/10/09 09:32:41.044, 29.15, 0, 0, 607, 7001, 1, 42
|
||||
2026/10/09 09:32:42.044, 26.95, 0, 0, 405, 810, 1, 42
|
||||
2026/10/09 09:32:43.046, 25.65, 0, 0, 255, 810, 1, 42
|
||||
2026/10/09 09:32:44.047, 16.14, 0, 0, 195, 405, 1, 41
|
||||
2026/10/09 09:32:45.048, 11.85, 0, 0, 195, 405, 1, 41
|
||||
2026/10/09 09:32:46.049, 10.58, 0, 0, 195, 405, 1, 41
|
||||
2026/10/09 09:32:47.050, 8.51, 0, 0, 195, 405, 1, 41
|
||||
2026/10/09 09:32:48.051, 6.24, 0, 0, 195, 405, 1, 41
|
||||
2026/10/09 09:32:49.052, 6.01, 0, 0, 195, 405, 1, 41
|
||||
2026/10/09 09:32:50.054, 7.89, 0, 0, 195, 405, 1, 41
|
||||
2026/10/09 09:32:51.055, 7.17, 0, 0, 195, 405, 1, 41
|
||||
2026/10/09 09:32:52.057, 6.78, 0, 0, 195, 405, 1, 41
|
||||
2026/10/09 09:32:53.057, 6.43, 0, 0, 195, 405, 1, 41
|
||||
|
17
docs/analysis/mhpow/b3/rows/rtx5090-r1/progress.log
Normal file
17
docs/analysis/mhpow/b3/rows/rtx5090-r1/progress.log
Normal file
|
|
@ -0,0 +1,17 @@
|
|||
row rc=0 --n 20 --kernel 1 --layout soa --min-label-s 20 --check 2 --k 64 --tag main-n20-k1
|
||||
row rc=0 --n 20 --kernel 2 --layout soa --min-label-s 20 --check 2 --k 64 --tag main-n20-k2
|
||||
row rc=0 --n 22 --kernel 1 --layout soa --min-label-s 20 --check 2 --k 64 --tag main-n22-k1
|
||||
row rc=0 --n 22 --kernel 2 --layout soa --min-label-s 20 --check 2 --k 64 --tag main-n22-k2
|
||||
row rc=0 --n 24 --kernel 1 --layout soa --min-label-s 20 --check 2 --k 64 --tag main-n24-k1
|
||||
row rc=0 --n 24 --kernel 2 --layout soa --min-label-s 20 --check 2 --k 64 --tag main-n24-k2
|
||||
row rc=0 --n 20 --kernel 1 --layout aos --min-label-s 20 --check 2 --k 64 --tag abl-n20-k1-aos
|
||||
row rc=0 --n 20 --B 1 --kernel 2 --layout soa --min-label-s 10 --check 1 --k 64 --tag ladder-n20-B1-k2
|
||||
row rc=0 --n 20 --B 1 --kernel 1 --layout soa --min-label-s 10 --check 1 --k 64 --tag ladder-n20-B1-k1
|
||||
row rc=0 --n 20 --B 32 --kernel 2 --layout soa --min-label-s 10 --check 1 --k 64 --tag ladder-n20-B32-k2
|
||||
row rc=0 --n 20 --B 32 --kernel 1 --layout soa --min-label-s 10 --check 1 --k 64 --tag ladder-n20-B32-k1
|
||||
row rc=0 --n 20 --B 128 --kernel 2 --layout soa --min-label-s 10 --check 1 --k 64 --tag ladder-n20-B128-k2
|
||||
row rc=0 --n 20 --B 128 --kernel 1 --layout soa --min-label-s 10 --check 1 --k 64 --tag ladder-n20-B128-k1
|
||||
row rc=0 --n 14 --kernel 1 --layout soa --min-label-s 20 --check 2 --k 64 --tag diag-n14-k1
|
||||
row rc=0 --n 16 --kernel 1 --layout soa --min-label-s 20 --check 2 --k 64 --tag diag-n16-k1
|
||||
row rc=0 --n 18 --kernel 1 --layout soa --min-label-s 20 --check 2 --k 64 --tag diag-n18-k1
|
||||
DONE 2026-10-09T09:32:53Z
|
||||
16
docs/analysis/mhpow/b3/rows/rtx5090-r1/rows.jsonl
Normal file
16
docs/analysis/mhpow/b3/rows/rtx5090-r1/rows.jsonl
Normal file
|
|
@ -0,0 +1,16 @@
|
|||
{"tag":"main-n20-k1","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":20,"N":1048576,"inst_MiB":32.0,"B":476,"Bmax":476,"layout":"soa","kernel":"k1","k":64,"wrong_edge":0,"passes":9,"graph_s":0.0331,"state_alloc_s":0.0044,"label_s_per_pass":2.374543,"labels_per_s":210197127.8,"labels_per_s_per_inst":441590.6,"ns_per_label_per_inst":2264.54,"merkle_s":0.049581,"prove_s":0.050169,"verify_all_s":0.0585,"accepted":476,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":29.70,"oracle":"IDENTICAL","label_window_unix_ms":[1791537621586,1791537642960],"free_gib":30.86,"per_inst_MiB":64.1}
|
||||
{"tag":"main-n20-k2","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":20,"N":1048576,"inst_MiB":32.0,"B":476,"Bmax":476,"layout":"soa","kernel":"k2","k":64,"wrong_edge":0,"passes":14,"graph_s":0.0319,"state_alloc_s":0.0041,"label_s_per_pass":1.450105,"labels_per_s":344197277.0,"labels_per_s_per_inst":723103.5,"ns_per_label_per_inst":1382.93,"merkle_s":0.049909,"prove_s":0.048875,"verify_all_s":0.0624,"accepted":476,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":29.78,"oracle":"IDENTICAL","label_window_unix_ms":[1791537673260,1791537693559],"free_gib":30.86,"per_inst_MiB":64.1}
|
||||
{"tag":"main-n22-k1","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":22,"N":4194304,"inst_MiB":128.0,"B":119,"Bmax":119,"layout":"soa","kernel":"k1","k":64,"wrong_edge":0,"passes":3,"graph_s":0.1037,"state_alloc_s":0.0059,"label_s_per_pass":9.526424,"labels_per_s":52393443.7,"labels_per_s_per_inst":440281.0,"ns_per_label_per_inst":2271.28,"merkle_s":0.049892,"prove_s":0.018214,"verify_all_s":0.0234,"accepted":119,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":39.44,"oracle":"IDENTICAL","label_window_unix_ms":[1791537724049,1791537752589],"free_gib":30.86,"per_inst_MiB":256.1}
|
||||
{"tag":"main-n22-k2","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":22,"N":4194304,"inst_MiB":128.0,"B":119,"Bmax":119,"layout":"soa","kernel":"k2","k":64,"wrong_edge":0,"passes":4,"graph_s":0.0886,"state_alloc_s":0.0063,"label_s_per_pass":5.810858,"labels_per_s":85894750.4,"labels_per_s_per_inst":721804.6,"ns_per_label_per_inst":1385.42,"merkle_s":0.049737,"prove_s":0.019536,"verify_all_s":0.0188,"accepted":119,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":42.65,"oracle":"IDENTICAL","label_window_unix_ms":[1791537792668,1791537815914],"free_gib":30.86,"per_inst_MiB":256.1}
|
||||
{"tag":"main-n24-k1","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":24,"N":16777216,"inst_MiB":512.0,"B":29,"Bmax":29,"layout":"soa","kernel":"k1","k":64,"wrong_edge":0,"passes":1,"graph_s":0.3139,"state_alloc_s":0.0105,"label_s_per_pass":37.719477,"labels_per_s":12898887.0,"labels_per_s_per_inst":444789.2,"ns_per_label_per_inst":2248.26,"merkle_s":0.048540,"prove_s":0.007375,"verify_all_s":0.0066,"accepted":29,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":78.12,"oracle":"IDENTICAL","label_window_unix_ms":[1791537859489,1791537897210],"free_gib":30.86,"per_inst_MiB":1024.1}
|
||||
{"tag":"main-n24-k2","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":24,"N":16777216,"inst_MiB":512.0,"B":29,"Bmax":29,"layout":"soa","kernel":"k2","k":64,"wrong_edge":0,"passes":1,"graph_s":0.3160,"state_alloc_s":0.0105,"label_s_per_pass":22.628076,"labels_per_s":21501574.4,"labels_per_s_per_inst":741433.6,"ns_per_label_per_inst":1348.74,"merkle_s":0.048381,"prove_s":0.007364,"verify_all_s":0.0072,"accepted":29,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":78.12,"oracle":"IDENTICAL","label_window_unix_ms":[1791537976560,1791537999189],"free_gib":30.86,"per_inst_MiB":1024.1}
|
||||
{"tag":"abl-n20-k1-aos","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":20,"N":1048576,"inst_MiB":32.0,"B":476,"Bmax":476,"layout":"aos","kernel":"k1","k":64,"wrong_edge":0,"passes":9,"graph_s":0.0306,"state_alloc_s":0.0041,"label_s_per_pass":2.294495,"labels_per_s":217530252.8,"labels_per_s_per_inst":456996.3,"ns_per_label_per_inst":2188.20,"merkle_s":0.065382,"prove_s":0.060450,"verify_all_s":0.0643,"accepted":476,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":2.66,"oracle":"IDENTICAL","label_window_unix_ms":[1791538078235,1791538098877],"free_gib":30.86,"per_inst_MiB":64.1}
|
||||
{"tag":"ladder-n20-B1-k2","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":20,"N":1048576,"inst_MiB":32.0,"B":1,"Bmax":476,"layout":"soa","kernel":"k2","k":64,"wrong_edge":0,"passes":8,"graph_s":0.0334,"state_alloc_s":0.0089,"label_s_per_pass":1.335745,"labels_per_s":785012.1,"labels_per_s_per_inst":785012.1,"ns_per_label_per_inst":1273.87,"merkle_s":0.000410,"prove_s":0.000791,"verify_all_s":0.0042,"accepted":1,"checked":1,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":1.36,"oracle":"IDENTICAL","label_window_unix_ms":[1791538102201,1791538112888],"free_gib":30.86,"per_inst_MiB":64.1}
|
||||
{"tag":"ladder-n20-B1-k1","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":20,"N":1048576,"inst_MiB":32.0,"B":1,"Bmax":476,"layout":"soa","kernel":"k1","k":64,"wrong_edge":0,"passes":5,"graph_s":0.0338,"state_alloc_s":0.0020,"label_s_per_pass":2.217935,"labels_per_s":472771.3,"labels_per_s_per_inst":472771.3,"ns_per_label_per_inst":2115.19,"merkle_s":0.000462,"prove_s":0.000850,"verify_all_s":0.0033,"accepted":1,"checked":1,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":1.36,"oracle":"IDENTICAL","label_window_unix_ms":[1791538114646,1791538125737],"free_gib":30.86,"per_inst_MiB":64.1}
|
||||
{"tag":"ladder-n20-B32-k2","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":20,"N":1048576,"inst_MiB":32.0,"B":32,"Bmax":476,"layout":"soa","kernel":"k2","k":64,"wrong_edge":0,"passes":8,"graph_s":0.0325,"state_alloc_s":0.0018,"label_s_per_pass":1.384905,"labels_per_s":24228694.2,"labels_per_s_per_inst":757146.7,"ns_per_label_per_inst":1320.75,"merkle_s":0.003666,"prove_s":0.006195,"verify_all_s":0.0075,"accepted":32,"checked":1,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":2.99,"oracle":"IDENTICAL","label_window_unix_ms":[1791538127648,1791538138727],"free_gib":30.86,"per_inst_MiB":64.1}
|
||||
{"tag":"ladder-n20-B32-k1","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":20,"N":1048576,"inst_MiB":32.0,"B":32,"Bmax":476,"layout":"soa","kernel":"k1","k":64,"wrong_edge":0,"passes":5,"graph_s":0.0323,"state_alloc_s":0.0081,"label_s_per_pass":2.321576,"labels_per_s":14453301.7,"labels_per_s_per_inst":451665.7,"ns_per_label_per_inst":2214.03,"merkle_s":0.003674,"prove_s":0.007400,"verify_all_s":0.0082,"accepted":32,"checked":1,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":3.10,"oracle":"IDENTICAL","label_window_unix_ms":[1791538142134,1791538153741],"free_gib":30.86,"per_inst_MiB":64.1}
|
||||
{"tag":"ladder-n20-B128-k2","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":20,"N":1048576,"inst_MiB":32.0,"B":128,"Bmax":476,"layout":"soa","kernel":"k2","k":64,"wrong_edge":0,"passes":7,"graph_s":0.0327,"state_alloc_s":0.0040,"label_s_per_pass":1.444609,"labels_per_s":92909371.3,"labels_per_s_per_inst":725854.5,"ns_per_label_per_inst":1377.69,"merkle_s":0.013555,"prove_s":0.018398,"verify_all_s":0.0256,"accepted":128,"checked":1,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":9.23,"oracle":"IDENTICAL","label_window_unix_ms":[1791538157341,1791538167454],"free_gib":30.86,"per_inst_MiB":64.1}
|
||||
{"tag":"ladder-n20-B128-k1","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":20,"N":1048576,"inst_MiB":32.0,"B":128,"Bmax":476,"layout":"soa","kernel":"k1","k":64,"wrong_edge":0,"passes":5,"graph_s":0.0332,"state_alloc_s":0.0098,"label_s_per_pass":2.360619,"labels_per_s":56857012.6,"labels_per_s_per_inst":444195.4,"ns_per_label_per_inst":2251.26,"merkle_s":0.013533,"prove_s":0.017153,"verify_all_s":0.0224,"accepted":128,"checked":1,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":9.39,"oracle":"IDENTICAL","label_window_unix_ms":[1791538177197,1791538189001],"free_gib":30.86,"per_inst_MiB":64.1}
|
||||
{"tag":"diag-n14-k1","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":14,"N":16384,"inst_MiB":0.5,"B":28102,"Bmax":28102,"layout":"soa","kernel":"k1","k":64,"wrong_edge":0,"passes":294,"graph_s":0.0046,"state_alloc_s":0.0136,"label_s_per_pass":0.068155,"labels_per_s":6755570135.5,"labels_per_s_per_inst":240394.6,"ns_per_label_per_inst":4159.83,"merkle_s":0.047129,"prove_s":1.925969,"verify_all_s":1.7964,"accepted":28102,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":28.27,"oracle":"IDENTICAL","label_window_unix_ms":[1791538198942,1791538218984],"free_gib":30.86,"per_inst_MiB":1.1}
|
||||
{"tag":"diag-n16-k1","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":16,"N":65536,"inst_MiB":2.0,"B":7457,"Bmax":7457,"layout":"soa","kernel":"k1","k":64,"wrong_edge":0,"passes":134,"graph_s":0.0052,"state_alloc_s":0.0229,"label_s_per_pass":0.149479,"labels_per_s":3269377676.3,"labels_per_s_per_inst":438430.7,"ns_per_label_per_inst":2280.86,"merkle_s":0.049755,"prove_s":0.648247,"verify_all_s":0.5440,"accepted":7457,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":30.35,"oracle":"IDENTICAL","label_window_unix_ms":[1791538252174,1791538272208],"free_gib":30.86,"per_inst_MiB":4.1}
|
||||
{"tag":"diag-n18-k1","gpu":"NVIDIA GeForce RTX 5090","sm":"12.0","sms":170,"encoding":"B3P1","n":18,"N":262144,"inst_MiB":8.0,"B":1897,"Bmax":1897,"layout":"soa","kernel":"k1","k":64,"wrong_edge":0,"passes":34,"graph_s":0.0124,"state_alloc_s":0.0042,"label_s_per_pass":0.596598,"labels_per_s":833537717.2,"labels_per_s_per_inst":439397.8,"ns_per_label_per_inst":2275.84,"merkle_s":0.050154,"prove_s":0.174954,"verify_all_s":0.1720,"accepted":1897,"checked":2,"lab_bad_inst":0,"tree_bad_inst":0,"root_bad":0,"proof_bad":0,"check_s":31.57,"oracle":"IDENTICAL","label_window_unix_ms":[1791538304460,1791538324746],"free_gib":30.86,"per_inst_MiB":16.1}
|
||||
0
docs/analysis/mhpow/b3/rows/rtx5090-r1/stderr.log
Normal file
0
docs/analysis/mhpow/b3/rows/rtx5090-r1/stderr.log
Normal file
1578
docs/analysis/mhpow/b3/rows/summary-rtx5090-b1.json
Normal file
1578
docs/analysis/mhpow/b3/rows/summary-rtx5090-b1.json
Normal file
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Load diff
1900
docs/analysis/mhpow/b3/rows/summary-rtx5090-r1.json
Normal file
1900
docs/analysis/mhpow/b3/rows/summary-rtx5090-r1.json
Normal file
File diff suppressed because it is too large
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|
|
@ -19,6 +19,8 @@ the certificate root re-rolls for log2 N + 1 hashes per draw after one labelling
|
|||
must cost a fresh labelling: trial id in chi, v = H(tag_lot, chi, tau), winners verified in full, spot checks kept as the
|
||||
pre-filter. Owners by row: B4-OB-LOT (B4), -1 (B2), -2 (B1), -3 (B4), -4 (B2 with B6).
|
||||
|
||||
**THE PIVOT (10:4x UK).** Track B now builds its own construction; the one-page requirements it must meet (Q1 lottery, Q2 bandwidth-bound honest path, Q3 instance above SRAM, Q4 losses under 2x, Q5 the template cap) and the answers to B2's B-T1 to B-T8 are in requirements.md beside this README.
|
||||
|
||||
**The result in four lines.**
|
||||
|
||||
1. The 2025 theorem (Blocki and Smearsoll) proves, in the parallel random oracle model, that any prover whose MTP/DRSample
|
||||
|
|
|
|||
53
docs/analysis/mhpow/b4/requirements.md
Normal file
53
docs/analysis/mhpow/b4/requirements.md
Normal file
|
|
@ -0,0 +1,53 @@
|
|||
# B4: what a Track B construction must meet to be worth a proof (one page)
|
||||
|
||||
9 October 2026, 11:xx UK, for the B1 (a4490b2dfe9114a55) and B3 (a8e608abf1567ff87) candidates due 11:45. NOT RUN: requirements,
|
||||
not results. The reproduction of R1 (Blocki and Smearsoll, eprint 2025/1456) stays the control; its numbers are BOUND (L) rows in
|
||||
README.md beside this page. Inputs by row: B2's O-07 and B-T1 to B-T8 (docs/analysis/mhpow/b2/README.md), X7's s rows
|
||||
(docs/analysis/class-v6/1p5x/x7/README.md), and B3's and B5's findings as the coordinator relayed them at 10:4x UK (not yet landed).
|
||||
|
||||
## The four requirements
|
||||
|
||||
| # | requirement | the number to meet | why (source) | what fails it |
|
||||
|---|---|---|---|---|
|
||||
| Q1 | Every lottery draw costs a fresh labelling (phi = 1), or a per-draw work bound is stated and proved | draws per labelling = 1. Today: 2N / (log2 N + 1), about 1.3 million at N = 2^24 (B2 O-07) | B4 Lemma C (README 5b): any value over an MTP certificate re-rolls through the sink for log2 N + 1 calls, accepted with (1 - 1/N)^k | a lottery over tau with spot-check verification only; a lottery over chi alone (screened for one hash) |
|
||||
| Q2 | The honest path is bandwidth-bound on GDDR7 and fills the GPU by memory traffic, not by instance count | (a) GPU wall joules per byte moved, hashing included: at most 1.5 x the opponent's per byte: 99 pJ/B against a GDDR7 board (66), 57 against HBM3 (38), 33 against near-memory (22) (X7 s rows, 32 B sectors). (b) Access unit at least one DRAM row: X7 shows the 32 B random read at 8.7 nJ knee on the 5090 (272 pJ/B, s = 4.1 to 12.5), so 32 B dependent reads are excluded. (c) Hash input bytes per byte moved rho <= 1, and the hash's GPU energy per byte well under its memory energy per byte | R3 section 4: advantage >= (c_b,GPU + rho c_r,GPU) / (c_b,ASIC + rho c_r,ASIC), with c_r,ASIC near 0; B3: one sequential chain per instance leaves the 5090 equal to 27 to 44 CPU cores at 32 MiB | narrow labels (32 B); one chain per instance with no intra-label parallelism; a label hash costing more per byte than the memory |
|
||||
| Q3 | Instance state exceeds the largest SRAM in the declared technology set, for the graph's best low-space schedule | DRSample: S_instance >= log2 N x M_SRAM / C (it has a pebbling in C N / log2 N labels and time N: README sec. 8; 186 MiB x C for a 4 GiB state). A graph with no o(N)-space, O(N)-time schedule: S_instance >= M_SRAM x a stated constant | R2 section 5.4 (no transfer bound above m = C N / log N); B5: the full-SRAM opponent at 32 MiB pays 7.4 to 7.6 mJ per instance, 92 percent label-hash core ops, i.e. it is hash-bound and an ASIC wins hashing | DRSample at any instance size below log2 N x M_SRAM; M_SRAM undeclared (the panel declares it: row R-Q3) |
|
||||
| Q4 | The certificate's composed losses stay under 2x | bound >= E_honest / 2 in joules, with the full-SRAM and near-memory opponents inside it | today: the generic route certifies at most 0.151 of honest (0.213 for a fully verified winner); the red-blue route loses at least 341x at rho = 0.25 (README 7) | any route through R2 Theorem 4.5 (the square root is inherent); R2's published constants |
|
||||
|
||||
## Q4 in detail: the lemma that has to change for each loss
|
||||
|
||||
| loss (README 7) | published factor | what must change | candidate |
|
||||
|---|---|---|---|
|
||||
| L1 extraction hint | 4x | label width w >= 1 KiB: theta / w = 0.976 at q = 2^64 (B4 restatement of R1 Lemma 3, params.txt sec. 2) | wide labels (Q2 wants them anyway); the RO for wide labels from a permutation per R16 (eps/40, cache 20 delta m: a new loss to tighten) |
|
||||
| L2 red nodes | 2x | beta = 0 for winners | full verification of winning blocks (Q1's fix does this) |
|
||||
| L3 depth-robustness | c1 c2 / log2 N (4 log N / (c3 c4) in B2's form) | a graph with e + d <= (1 - eps) N (eps-extreme depth-robust, R1 sec. 6 citing ABP18, in-degree O(log N)): cc >= e d up to (1 - eps)^2 N^2 / 4 against the honest N^2 / 2 | ABP18's graphs; their in-degree O(log N) raises bytes per label hashed (Q2 (c)) |
|
||||
| L5 generic cmc to joules | sqrt(c_b c_r) / (c_b + c_r) and a square root | do not use it; prove energy directly | none: inherent to R2 Theorem 4.5 |
|
||||
| L6 energy to red-blue | eps/16, cache 9m | R2 Theorem 3.3's interval partition (3m and 4m QueryFirst sets, Lemma 3.9's 2^(-2mw/5)) re-proved with constant >= 1/2 and cache inflation <= 2m | new lemma (B4) |
|
||||
| L7 the graph's red-blue cost | (1 - rho)/16 of N c_b, nothing above C N / log N | a graph whose red-blue cost is >= (1/2) N c_b for every cache up to M_SRAM | the bit-reversal shape of R3 Theorem 2 is near-tight in the pebbling model ((c_b + c_r) n (1 - ...) for n > 2 m c_b / c_r) but has low cc; a graph with both is the design target |
|
||||
| L11 amortisation | open | the union-graph form of R1 and R2 for J distinct chi (B-T5) | B4 |
|
||||
|
||||
**Q5 (a cap, from B2's B-T8).** One labelling per draw must finish inside the template's life: N t_seq <= rho x 1 s, so the instance is at most b rho / t_seq bytes (b = bytes per label, t_seq = one dependent label step). Q3 sets the floor; the construction must show the window between them is not empty at the declared M_SRAM. Wide labels (Q2) widen it: the cap grows with b, the floor does not.
|
||||
|
||||
## B2's B-T rows, answered or BLOCKED
|
||||
|
||||
| row | answer |
|
||||
|---|---|
|
||||
| B-T1 graph sampling failure | BLOCKED: needs ABH17's tail bound (eprint 2017/443 not fetched, README B4-B01). Q3 and L3 point away from sampled DRSample in any case. Question: the probability a seed-sampled DRSample at N = 2^20 to 2^24 is not (c3 N/log N, c4 N)-depth-robust, and whether an era re-seed lets a seed-biasing party search for a weak graph. |
|
||||
| B-T2 c3, c4 | BLOCKED (README B4-B03): R1 Fact 8 is existential; ABH17 not fetched. Every DRSample number stays a sensitivity row. |
|
||||
| B-T3 the lottery | ANSWERED in shape (README 5b, B4 Lemma C, NOT RUN): no W with polylog sampled verification meets the requested bound inside MTP; the replacement is full verification of winners (unique output, AS15 per trial) with spot checks as the DoS pre-filter. That is Q1. B1 executed the re-roll as fixture A6 (attacks-n10-k16.json 805035eb on mhpow-b1 e9f94df6a: 193 to 200 of 200 re-rolls accepted per labelling), a witness for Lemma C. |
|
||||
| B-T4 adaptive chi | ANSWERED as a loss (B4 restatement, NOT RUN): Collision, BadOrder, IE and LuckyQuery are already unions over the whole trace; MisColor becomes q N 2^-lambda (a union over at most q candidate chi). |
|
||||
| B-T5 multi-instance | BLOCKED (README B4-OB-LOT-3): the union graph of J copies, cc additive over components, the extractor on the union; the terms that scale with J are MisColor (J N 2^-lambda) and the per-copy LuckyQuery. Proof not written. |
|
||||
| B-T6 lambda | ANSWERED as a constraint: w >= 8 log2 q + 4 under R1 Lemma 3 as stated (516 to 772 bits for q = 2^64 to 2^96), or the general charge w - 2 log2 q - 1 - s per pebble; R2 Theorem 3.3 needs w > 20 log2 q (1,280 bits at q = 2^64). Q2's labels of 1 KiB or more meet both; BLAKE2b's 512-bit cap means an XOF or a permutation (R16). |
|
||||
| B-T7 role bytes | ANSWERED by reading (not a proof audit): the extractor locates labels by query index and offset (R1 Theorem 5's hint), so a fixed role prefix only shifts offsets; Lemmas 7, 8, 10 hold for any query form; the Merkle trace of Theorem 4 needs the Merkle query form to be distinct from the label form, which the role byte guarantees. No step uses a cross-role coincidence. |
|
||||
| B-T8 memory-time to energy | ANSWERED: README sections 5, 7, 8 (generic 0.151, red-blue >= 341x, the transfer term void above C N / log N). B2's template cap N t_seq <= rho x 1 s bounds the instance from above (Q5); with Q3's floor the window is log2 N x M_SRAM / C <= N b <= b rho / t_seq, and for DRSample it may be empty. |
|
||||
|
||||
## Rows this page opens
|
||||
|
||||
| row | owner | question |
|
||||
|---|---|---|
|
||||
| R-Q2 | B3 with X7 | The 5090's wall pJ per byte moved at row-sized sequential access with the label hash folded in, at stock and at the knee. If it exceeds 33 pJ/B, no construction certifies 1.5x against near-memory by R3 section 4's limit, before any proof loss. This is the kill test and the first row to take. |
|
||||
| R-Q3 | the panel | M_SRAM: the largest on-die or stacked SRAM in the declared technology set (plan section 8). Q3's instance size follows from it. |
|
||||
| R-Q4 | B4 | The two lemmas of Q4 (L6 at constant >= 1/2, L7 for a graph with both high cc and near-tight red-blue cost), or a proof that 2x is out of reach for them. |
|
||||
|
||||
The quantum claim stays classical: every bound here is in the classical parallel random oracle model and no quantum speedup is
|
||||
claimed or estimated.
|
||||
53
docs/analysis/mhpow/c2/README.md
Normal file
53
docs/analysis/mhpow/c2/README.md
Normal file
|
|
@ -0,0 +1,53 @@
|
|||
# Candidate 2: fresh-state class v6 labels under the MTP commitment (research, withdrawn)
|
||||
|
||||
Track B, the B3 lane, 9 October 2026. Labelled research, BOUND-side (an argument about what any prover may skip, not a chip estimate), NOT RUN until the panel reads it. Nothing activates. Main withdrew the candidate at 10:5x UK after X7's verdict (no read-dominated design reaches 1.5x at any f); this page records why it fails as specified, with the fixtures and the measured rows that show it.
|
||||
|
||||
## The candidate as specified (the coordinator's order, 10:4x UK)
|
||||
|
||||
The MTP framework of [BS25] (eprint 2025/1456, full PDF sha256 13c3646e...) in the B1 lane's encoding, with two changes: the label function and the instance shape.
|
||||
|
||||
- Per trial, a fresh dataset keyed by chi (chi binds the trial id): the frozen class v6 dataset geometry, 2^28 words = 1 GiB, built by an expansion "the verifier can recompute at the opened positions".
|
||||
- The label chain: `l_0 = H('L' | chi | 0)`, `h_v` = the frozen class v6 warp (32 lanes, generator 6, ProgramClass::V6, the 55,296-instruction shadow) at nonce `u32le(l_{v-1})` over that dataset, `l_v = H('L' | chi | v | l_{v-1} | h_v)`.
|
||||
- B1's Merkle commitment, challenge rule `c_i = H('C' | chi | i | tau) mod N` and the verifier's steps unchanged; container `C2MTPV61`.
|
||||
|
||||
## The finding: two holes (physical reasons)
|
||||
|
||||
| hole | what | why | measured |
|
||||
|---|---|---|---|
|
||||
| H1, recomputation | a dataset the verifier can recompute at any position cheaply can be recomputed by every prover at the same cost, so storing it, and the memory traffic the candidate exists to impose, is optional | the frozen closed-form dataset word is six ALU operations; a random 64-byte DRAM fetch costs on the order of nanojoules while recomputing an item costs on the order of tens of picojoules on a specialist (approximate, from memory; neither a WITNESS nor a BOUND); the frozen memory-hard dataset (a 256 MiB cache from chi, 8 dependent cache reads per item) removes the cheap recomputation only by making the verifier build the same 256 MiB cache per proof | closed form at the 1 GiB geometry: the prover's peak RSS is 65 MB (nothing stored); memory-hard: the prover holds the 256 MiB cache only (items derived on demand) and the VERIFIER holds the same 256 MiB and spends 0.94 s per proof at k = 64, so verification is not memory-easy |
|
||||
| H2, the chain is a path | each label's only graph parent is `l_{v-1}`, so the DAG is a path, which is not depth-robust | [BS25]'s bound is `cmc >= lambda/4 * min over |S| <= e of cc(G - S)`; for a path `cc(G - S)` is O(N), so the theorem gives no memory cost from the labels; all of it would have to come from the dataset, which H1 makes optional | n/a (a property of the graph) |
|
||||
|
||||
The GPU side confirms the dataset change is neutral on the card (g = 1 for the dataset): the kit's own worker, the same frozen program (signing id 2a1d6caab4c24564) on the chi-keyed pack against the day pack, a same-session pair on the rented RTX 4090 (stock clocks, board power, idle not subtracted), 100 batches of 2^24: 31.296 and 31.298 MH/s on the day pack, 31.289 and 31.301 MH/s on the chi pack (233.5 to 237.7 W mean board power); the card builds the per-trial 256 MiB cache and 1 GiB dataset in about 34 ms (cache 2 ms, dataset 31 to 33 ms, the worker's own log). This is the only GPU row taken; main's redirect asked for none further.
|
||||
|
||||
## Fixtures and rows (the 4090 pod's CPU, one thread, the frozen igneum-pow)
|
||||
|
||||
Software: tools/mhpow/c2/ref (Rust, depends on igneum-pow by path), built against the frozen tree 1a938abe4, whose fingerprint was read back on the pod as 5f4d6dc6199294db89042171004e6420c1e5791e716d4b39b73d375818c10b6f (the control's). Program: generator 6 from the fixed public seeds `H('igneum/mhpow/c2/epoch-seed/v1')` and `H('igneum/mhpow/c2/era-seed/v1')` for the CPU rows; the GPU pair used the control's own seeds so the program is the frozen object byte for byte. KAT chi = `H('C2-fixture' | mode | u64 n | u64 log2)`. Raw lines: rows/kat.jsonl, rows/rows.jsonl, rows/neg.jsonl, rows/gpu-4090/.
|
||||
|
||||
| row | mode | n (labels) | dataset | k | tau (first 16 hex) | proof bytes | verify | per label (s) | items per label | prover peak RSS | verifier (s) |
|
||||
|---|---|---|---|---|---|---|---|---|---|---|---|
|
||||
| KAT | closed form | 4 (16) | 4 MiB | 16 | c19333666825a359 | 5,181 | accept | 0.00195 | 0 | 65.6 MB | 0.030 |
|
||||
| KAT | closed form | 4 (16) | 1 GiB | 16 | 6d5092a06c6146bd | 4,861 | accept | 0.00140 | 0 | 66.6 MB | 0.022 |
|
||||
| KAT | memory-hard | 4 (16) | 4 MiB | 16 | 9369ed9e82004032 | 5,021 | accept | 0.0142 | 8,190 | 264 MB | 0.235 |
|
||||
| KAT | memory-hard | 4 (16) | 1 GiB | 16 | 347992c5a4e800ec | 5,181 | accept | 0.0148 | 8,192 | 260 MB | 0.228 |
|
||||
| honest | closed form | 8 (256) | 1 GiB | 64 | cac4bd846763aa45 | 36,973 | accept | 0.00171 | 0 | 65.0 MB | 0.112 |
|
||||
| honest | memory-hard | 8 (256) | 1 GiB | 64 | b99506c4f11d5412 | 36,973 | accept | 0.0150 | 8,192 | 262 MB | 0.943 |
|
||||
|
||||
Per label: 32 class v6 hashes (64 base instructions x 8 iterations plus the 55,296-instruction shadow each, about 1.79 M ALU instructions) and 8,192 dataset reads of 4 bytes (the program's widths are 4-byte words: 256 loads per hash, 1,024 bytes per hash), plus one BLAKE2b. Per trial in the memory-hard mode: a 0.46 s cache fill on one CPU thread (34 ms on the 4090). Full digests (labels sha256, proof sha256, chi) are in the raw lines.
|
||||
|
||||
Known-failed cases (`c2ref neg`), both modes at the 1 GiB geometry, each refused by the named check: a flipped challenged label (check_2b_merkle_openings), a flipped sibling (check_2b_merkle_openings), a truncated proof (check_0_container), labels computed over a wrong dataset key and committed honestly (check_3_local_consistency), half the labels red and committed honestly (check_3_local_consistency). Result PASS in both modes.
|
||||
|
||||
## Open rows
|
||||
|
||||
| row | what | status |
|
||||
|---|---|---|
|
||||
| C2-1 | the read-hit fractions for the adversary lane's sweep | not measured: the candidate was withdrawn before the read trace was instrumented (the frozen interpreter has no trace hook) |
|
||||
| C2-2 | the chi-keyed GPU pair on the RTX 5090 | not run: the 5090's ssh proxy refused at the launch and main's redirect asked for no further C2 GPU row |
|
||||
| C2-3 | any repair of H1 and H2 | not attempted; a repair needs a dataset whose items cost a prover more to recompute than to fetch while staying cheap to verify, and a depth-robust label graph, which is the B1/B4 construction itself and inherits the B3 per-instance chain trap (docs/analysis/mhpow/b3/README.md) |
|
||||
|
||||
## Commands
|
||||
|
||||
```
|
||||
tools/mhpow/c2/run_c2.sh <root> # on a pod or box: checks the frozen fingerprint, builds tools/mhpow/c2/ref, writes kat, neg and rows
|
||||
tools/mhpow/c2/c2_gpu_row.sh <out> <worker> <control pack> <chi pack> [batches] # the same-session GPU pair
|
||||
mhpow-c2-ref statefile 4 mh 28 chi.igsd; igneum-pow export --program-class v6 --epoch-hex af89be5d... --era-hex edc4fa84... --day-hex <chi> --state chi.igsd --out packs/c2-chi
|
||||
```
|
||||
21
docs/analysis/mhpow/c2/rows/c2-chi-pack-identity.txt
Normal file
21
docs/analysis/mhpow/c2/rows/c2-chi-pack-identity.txt
Normal file
|
|
@ -0,0 +1,21 @@
|
|||
5fe2c7d722906797b5f9fc728957ec25281e85fa976e870293992fb0baf53793 packs/c2-chi/identity.json
|
||||
3c3f0be767dcd9edcb90e6cb033673d55ae92c2bef4d9477b4b303e1e4ef9e3c packs/c2-chi/program.json
|
||||
fa237ce6ed2542faffc3e662320b802f7dfd99053291cd4d44fb03f863df05c9 packs/c2-chi/leaves.bin
|
||||
a920879a35040cd3c499a5937e11e34b59422114c82888360b2aac66b8ea000e packs/c2-chi/vectors.json
|
||||
b26ea91d1a1990fe25980e6be74cff721c2b62daee3e900ebb699b485d984fba chi.igsd
|
||||
{
|
||||
"program_id": "0x2a1d6caab4c24564",
|
||||
"load_class": "mx8-erad810f22d+sh256x27+state+reg64c+fold+rw",
|
||||
"generator": 6,
|
||||
"day": "bytes:9d124edce3e8e6d78bf47adbcadc4ba1e1f26624009da8ad1c168019bd82fc3c",
|
||||
"dataset_bytes": 1073741824,
|
||||
"kernel_blake2b256": {
|
||||
"kernel.cu": "0ab1c5705ad53a2f4eef3a06f234ec1e3e27313516013473438997506b9340ff",
|
||||
"kernel.cl": "03c4223e43d527dabf864972116274c122265fb5fd75e2dd1a314fefca34a8d1",
|
||||
"program.metal": "594400ba33aed932b2de273d6ddbbf4bd5db1dc4d830a2e1e6c2c1ce3243bc24",
|
||||
"program_bound.metal": "6ea3d9c11ce89827d040da2764e69ba220ecb78be6414dffa4b10a2ba8c1a82d",
|
||||
"kernel_bound.cu": "2bb553f680c811d4095d8d98babc8f911aa8125583eb068ef89bf7d25d76f14a",
|
||||
"kernel_bound.cl": "038099517bc391d1645751c2c7857e9ce161b58549dad78741f2e6cddccb098e"
|
||||
},
|
||||
"rule": "the external review's A06 (8 October 2026): a pack's program, dataset and work identities are distinct, and its kernel texts are authenticated by the hash of their bytes, never by the metadata beside them"
|
||||
}
|
||||
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 12.8 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack /root/c2/packs/hl-v6-all-cs on NVIDIA_GeForce_RTX_4090: nvrtc 2391 cache 2 dataset 33 hot 0 check 576 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 535.96 ms; 100 timed dispatches of 16777216 nonces: mean 536.08 ms
|
||||
RESULT pack=/root/c2/packs/hl-v6-all-cs class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=88 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=100 check=PASS fingerprint=01f51b9d4805e5e6 mhs=31.296 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
4
docs/analysis/mhpow/c2/rows/gpu-4090/bench-2-c2-chi.log
Normal file
4
docs/analysis/mhpow/c2/rows/gpu-4090/bench-2-c2-chi.log
Normal file
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 12.8 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack /root/c2/packs/c2-chi on NVIDIA_GeForce_RTX_4090: nvrtc 2410 cache 2 dataset 32 hot 0 check 555 race 0 ms variant base class v6 (state leaves 1, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 861e888556e6fea5; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 535.96 ms; 100 timed dispatches of 16777216 nonces: mean 536.20 ms
|
||||
RESULT pack=/root/c2/packs/c2-chi class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=88 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=100 check=PASS fingerprint=6f8a98dfbc719901 mhs=31.289 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 12.8 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack /root/c2/packs/hl-v6-all-cs on NVIDIA_GeForce_RTX_4090: nvrtc 2434 cache 2 dataset 31 hot 0 check 571 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 535.95 ms; 100 timed dispatches of 16777216 nonces: mean 536.05 ms
|
||||
RESULT pack=/root/c2/packs/hl-v6-all-cs class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=88 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=100 check=PASS fingerprint=01f51b9d4805e5e6 mhs=31.298 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
4
docs/analysis/mhpow/c2/rows/gpu-4090/bench-4-c2-chi.log
Normal file
4
docs/analysis/mhpow/c2/rows/gpu-4090/bench-4-c2-chi.log
Normal file
|
|
@ -0,0 +1,4 @@
|
|||
info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 12.8 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
pack /root/c2/packs/c2-chi on NVIDIA_GeForce_RTX_4090: nvrtc 2397 cache 2 dataset 32 hot 0 check 578 race 0 ms variant base class v6 (state leaves 1, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 861e888556e6fea5; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
warm-up dispatch (base 0): 535.95 ms; 100 timed dispatches of 16777216 nonces: mean 536.00 ms
|
||||
RESULT pack=/root/c2/packs/c2-chi class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=88 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=100 check=PASS fingerprint=6f8a98dfbc719901 mhs=31.301 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
22
docs/analysis/mhpow/c2/rows/gpu-4090/row.log
Normal file
22
docs/analysis/mhpow/c2/rows/gpu-4090/row.log
Normal file
|
|
@ -0,0 +1,22 @@
|
|||
RESULT start 2026-10-09T09:55:28Z NVIDIA GeForce RTX 4090, 570.153.02 worker=f5f3846c998dff53
|
||||
RESULT run=1 pack=hl-v6-all-cs rc=0 wall_s=57.83 RESULT pack=/root/c2/packs/hl-v6-all-cs class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=88 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=100 check=PASS fingerprint=01f51b9d4805e5e6 mhs=31.296 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
1 hl-v6-all-cs | info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 12.8 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
1 hl-v6-all-cs | pack /root/c2/packs/hl-v6-all-cs on NVIDIA_GeForce_RTX_4090: nvrtc 2391 cache 2 dataset 33 hot 0 check 576 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
1 hl-v6-all-cs | warm-up dispatch (base 0): 535.96 ms; 100 timed dispatches of 16777216 nonces: mean 536.08 ms
|
||||
1 hl-v6-all-cs | RESULT pack=/root/c2/packs/hl-v6-all-cs class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=88 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=100 check=PASS fingerprint=01f51b9d4805e5e6 mhs=31.296 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT run=2 pack=c2-chi rc=0 wall_s=57.81 RESULT pack=/root/c2/packs/c2-chi class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=88 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=100 check=PASS fingerprint=6f8a98dfbc719901 mhs=31.289 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
2 c2-chi | info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 12.8 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
2 c2-chi | pack /root/c2/packs/c2-chi on NVIDIA_GeForce_RTX_4090: nvrtc 2410 cache 2 dataset 32 hot 0 check 555 race 0 ms variant base class v6 (state leaves 1, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 861e888556e6fea5; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
2 c2-chi | warm-up dispatch (base 0): 535.96 ms; 100 timed dispatches of 16777216 nonces: mean 536.20 ms
|
||||
2 c2-chi | RESULT pack=/root/c2/packs/c2-chi class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=88 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=100 check=PASS fingerprint=6f8a98dfbc719901 mhs=31.289 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT run=3 pack=hl-v6-all-cs rc=0 wall_s=57.85 RESULT pack=/root/c2/packs/hl-v6-all-cs class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=88 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=100 check=PASS fingerprint=01f51b9d4805e5e6 mhs=31.298 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
3 hl-v6-all-cs | info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 12.8 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
3 hl-v6-all-cs | pack /root/c2/packs/hl-v6-all-cs on NVIDIA_GeForce_RTX_4090: nvrtc 2434 cache 2 dataset 31 hot 0 check 571 race 0 ms variant base class v6 (state leaves 93, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 448274a57f508cbc; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
3 hl-v6-all-cs | warm-up dispatch (base 0): 535.95 ms; 100 timed dispatches of 16777216 nonces: mean 536.05 ms
|
||||
3 hl-v6-all-cs | RESULT pack=/root/c2/packs/hl-v6-all-cs class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=88 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=100 check=PASS fingerprint=01f51b9d4805e5e6 mhs=31.298 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT run=4 pack=c2-chi rc=0 wall_s=57.79 RESULT pack=/root/c2/packs/c2-chi class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=88 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=100 check=PASS fingerprint=6f8a98dfbc719901 mhs=31.301 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
4 c2-chi | info igneum-worker-cuda 1.0 (4 October 2026): device 0 NVIDIA_GeForce_RTX_4090 (sm_89, 128 SMs), driver 12.8 from libcuda.so.1, NVRTC 12.8 from libnvrtc.so.12, target sm_89 (the device's architecture, listed by NVRTC)
|
||||
4 c2-chi | pack /root/c2/packs/c2-chi on NVIDIA_GeForce_RTX_4090: nvrtc 2397 cache 2 dataset 32 hot 0 check 578 race 0 ms variant base class v6 (state leaves 1, uploaded for the build and freed); self-test PASS (cache head, last line and FNV-1a 64 861e888556e6fea5; dataset head, word [268435455] and 64 samples; 96 of 96 vector lanes)
|
||||
4 c2-chi | warm-up dispatch (base 0): 535.95 ms; 100 timed dispatches of 16777216 nonces: mean 536.00 ms
|
||||
4 c2-chi | RESULT pack=/root/c2/packs/c2-chi class=mx8-erad810f22d+sh256x27+state+reg64c+fold+rw device=NVIDIA_GeForce_RTX_4090 arch=sm_89 regs=88 blocks_per_sm=20 warps=0 resident=2560 arena_mib=0 hot_mib=0 hot_slots=0 hot_fill_ms=0.00 nonces=16777216 batches=100 check=PASS fingerprint=6f8a98dfbc719901 mhs=31.301 loads=256 bytes=1024 scratch_ops=0 time=wall
|
||||
RESULT end 2026-10-09T09:59:28Z
|
||||
|
|
@ -0,0 +1,60 @@
|
|||
2026/10/09 09:55:28.683, 15.16, 210, 405, 38, 0
|
||||
2026/10/09 09:55:29.685, 15.08, 210, 405, 38, 0
|
||||
2026/10/09 09:55:30.685, 15.05, 210, 405, 38, 0
|
||||
2026/10/09 09:55:31.685, 37.83, 2520, 10251, 39, 0
|
||||
2026/10/09 09:55:32.686, 59.86, 2520, 10251, 40, 0
|
||||
2026/10/09 09:55:33.686, 63.13, 2520, 10251, 40, 19
|
||||
2026/10/09 09:55:34.686, 134.91, 2670, 10251, 45, 41
|
||||
2026/10/09 09:55:35.686, 199.34, 2670, 10251, 48, 100
|
||||
2026/10/09 09:55:36.686, 230.08, 2670, 10251, 49, 100
|
||||
2026/10/09 09:55:37.687, 230.54, 2670, 10251, 50, 100
|
||||
2026/10/09 09:55:38.687, 230.82, 2670, 10251, 50, 100
|
||||
2026/10/09 09:55:39.687, 230.82, 2670, 10251, 51, 100
|
||||
2026/10/09 09:55:40.687, 231.13, 2670, 10251, 51, 100
|
||||
2026/10/09 09:55:41.687, 232.27, 2670, 10251, 51, 100
|
||||
2026/10/09 09:55:42.688, 232.39, 2670, 10251, 51, 100
|
||||
2026/10/09 09:55:43.688, 232.43, 2670, 10251, 52, 100
|
||||
2026/10/09 09:55:44.688, 232.31, 2670, 10251, 52, 100
|
||||
2026/10/09 09:55:45.688, 232.73, 2655, 10251, 52, 100
|
||||
2026/10/09 09:55:46.688, 232.87, 2655, 10251, 52, 100
|
||||
2026/10/09 09:55:47.689, 232.89, 2655, 10251, 52, 100
|
||||
2026/10/09 09:55:48.689, 233.00, 2655, 10251, 53, 100
|
||||
2026/10/09 09:55:49.689, 232.91, 2655, 10251, 53, 100
|
||||
2026/10/09 09:55:50.689, 233.44, 2655, 10251, 53, 100
|
||||
2026/10/09 09:55:51.689, 233.58, 2655, 10251, 53, 100
|
||||
2026/10/09 09:55:52.689, 233.93, 2655, 10251, 53, 100
|
||||
2026/10/09 09:55:53.690, 233.96, 2655, 10251, 53, 100
|
||||
2026/10/09 09:55:54.690, 234.23, 2655, 10251, 53, 100
|
||||
2026/10/09 09:55:55.690, 233.79, 2655, 10251, 53, 100
|
||||
2026/10/09 09:55:56.690, 233.85, 2655, 10251, 53, 100
|
||||
2026/10/09 09:55:57.690, 233.85, 2655, 10251, 54, 100
|
||||
2026/10/09 09:55:58.691, 233.45, 2655, 10251, 54, 100
|
||||
2026/10/09 09:55:59.691, 233.43, 2655, 10251, 54, 100
|
||||
2026/10/09 09:56:00.691, 233.57, 2655, 10251, 54, 100
|
||||
2026/10/09 09:56:01.691, 233.54, 2655, 10251, 54, 100
|
||||
2026/10/09 09:56:02.691, 233.64, 2655, 10251, 54, 100
|
||||
2026/10/09 09:56:03.692, 233.62, 2655, 10251, 54, 100
|
||||
2026/10/09 09:56:04.692, 233.77, 2655, 10251, 54, 100
|
||||
2026/10/09 09:56:05.692, 233.58, 2655, 10251, 54, 100
|
||||
2026/10/09 09:56:06.692, 233.46, 2655, 10251, 54, 100
|
||||
2026/10/09 09:56:07.692, 233.75, 2655, 10251, 54, 100
|
||||
2026/10/09 09:56:08.692, 233.86, 2655, 10251, 54, 100
|
||||
2026/10/09 09:56:09.693, 233.44, 2655, 10251, 54, 100
|
||||
2026/10/09 09:56:10.693, 233.32, 2655, 10251, 54, 100
|
||||
2026/10/09 09:56:11.693, 233.73, 2655, 10251, 54, 100
|
||||
2026/10/09 09:56:12.693, 233.80, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:13.693, 234.10, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:14.694, 234.31, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:15.694, 234.43, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:16.694, 234.81, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:17.694, 234.94, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:18.694, 234.47, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:19.695, 235.02, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:20.695, 235.12, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:21.695, 234.88, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:22.695, 234.93, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:23.695, 234.77, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:24.696, 234.76, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:25.696, 234.68, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:26.696, 234.94, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:27.696, 234.94, 2655, 10251, 55, 100
|
||||
|
60
docs/analysis/mhpow/c2/rows/gpu-4090/samples-2-c2-chi.csv
Normal file
60
docs/analysis/mhpow/c2/rows/gpu-4090/samples-2-c2-chi.csv
Normal file
|
|
@ -0,0 +1,60 @@
|
|||
2026/10/09 09:56:28.760, 235.46, 2655, 10501, 50, 79
|
||||
2026/10/09 09:56:29.762, 93.72, 2655, 10501, 47, 0
|
||||
2026/10/09 09:56:30.762, 69.26, 495, 5001, 46, 0
|
||||
2026/10/09 09:56:31.762, 54.92, 2520, 10251, 46, 0
|
||||
2026/10/09 09:56:32.762, 60.91, 2520, 10251, 46, 0
|
||||
2026/10/09 09:56:33.762, 60.27, 2520, 10251, 46, 0
|
||||
2026/10/09 09:56:34.763, 90.12, 2655, 10251, 53, 100
|
||||
2026/10/09 09:56:35.763, 202.76, 2655, 10251, 54, 100
|
||||
2026/10/09 09:56:36.763, 233.44, 2655, 10251, 54, 100
|
||||
2026/10/09 09:56:37.763, 234.20, 2655, 10251, 54, 100
|
||||
2026/10/09 09:56:38.763, 234.45, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:39.764, 233.92, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:40.764, 234.14, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:41.764, 234.18, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:42.764, 234.42, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:43.764, 234.71, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:44.765, 234.79, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:45.765, 234.71, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:46.765, 234.36, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:47.765, 235.13, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:48.765, 234.43, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:49.765, 234.65, 2655, 10251, 55, 100
|
||||
2026/10/09 09:56:50.766, 235.30, 2655, 10251, 55, 99
|
||||
2026/10/09 09:56:51.766, 235.64, 2655, 10251, 56, 100
|
||||
2026/10/09 09:56:52.766, 235.44, 2655, 10251, 56, 100
|
||||
2026/10/09 09:56:53.766, 235.33, 2655, 10251, 56, 100
|
||||
2026/10/09 09:56:54.766, 235.33, 2655, 10251, 56, 100
|
||||
2026/10/09 09:56:55.767, 235.12, 2655, 10251, 56, 100
|
||||
2026/10/09 09:56:56.767, 235.22, 2655, 10251, 56, 100
|
||||
2026/10/09 09:56:57.767, 235.54, 2655, 10251, 56, 100
|
||||
2026/10/09 09:56:58.767, 235.38, 2655, 10251, 56, 100
|
||||
2026/10/09 09:56:59.767, 235.69, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:00.768, 235.56, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:01.768, 235.77, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:02.768, 235.87, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:03.768, 236.17, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:04.768, 235.76, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:05.768, 235.54, 2655, 10251, 56, 99
|
||||
2026/10/09 09:57:06.769, 235.23, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:07.769, 235.66, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:08.769, 236.26, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:09.769, 235.85, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:10.769, 236.10, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:11.770, 236.31, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:12.770, 236.20, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:13.770, 236.60, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:14.770, 236.28, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:15.770, 236.22, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:16.771, 236.59, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:17.771, 236.23, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:18.771, 236.55, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:19.771, 236.54, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:20.771, 236.28, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:21.772, 236.37, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:22.772, 236.44, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:23.772, 236.29, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:24.772, 236.33, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:25.772, 235.78, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:26.773, 236.03, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:27.773, 235.99, 2655, 10251, 57, 100
|
||||
|
|
|
@ -0,0 +1,60 @@
|
|||
2026/10/09 09:57:28.827, 236.48, 2655, 10501, 53, 66
|
||||
2026/10/09 09:57:29.829, 91.85, 2655, 10501, 49, 0
|
||||
2026/10/09 09:57:30.830, 69.46, 510, 5001, 47, 0
|
||||
2026/10/09 09:57:31.831, 53.45, 2520, 10251, 47, 0
|
||||
2026/10/09 09:57:32.831, 60.88, 2520, 10251, 47, 0
|
||||
2026/10/09 09:57:33.831, 64.08, 2520, 10251, 47, 0
|
||||
2026/10/09 09:57:34.831, 135.91, 2655, 10251, 52, 96
|
||||
2026/10/09 09:57:35.831, 205.44, 2655, 10251, 55, 100
|
||||
2026/10/09 09:57:36.832, 234.23, 2655, 10251, 55, 100
|
||||
2026/10/09 09:57:37.832, 235.06, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:38.832, 235.11, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:39.833, 234.86, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:40.834, 234.90, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:41.834, 235.63, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:42.834, 235.74, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:43.834, 235.33, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:44.834, 235.27, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:45.835, 235.85, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:46.835, 235.68, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:47.835, 235.53, 2655, 10251, 56, 100
|
||||
2026/10/09 09:57:48.835, 236.01, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:49.835, 235.81, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:50.836, 235.83, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:51.838, 236.13, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:52.838, 236.27, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:53.840, 236.15, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:54.840, 235.88, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:55.840, 236.00, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:56.840, 236.15, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:57.840, 236.30, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:58.841, 237.03, 2655, 10251, 57, 100
|
||||
2026/10/09 09:57:59.841, 237.00, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:00.841, 237.41, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:01.841, 236.78, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:02.841, 236.84, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:03.842, 236.43, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:04.842, 236.59, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:05.842, 236.79, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:06.842, 237.10, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:07.842, 237.36, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:08.842, 237.59, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:09.843, 237.55, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:10.843, 237.32, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:11.843, 237.50, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:12.843, 237.55, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:13.843, 237.50, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:14.844, 238.12, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:15.844, 238.33, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:16.844, 237.71, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:17.844, 238.23, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:18.844, 238.06, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:19.844, 237.33, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:20.845, 237.55, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:21.845, 237.82, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:22.845, 237.71, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:23.845, 237.55, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:24.845, 237.68, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:25.846, 238.10, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:26.846, 237.73, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:27.846, 238.08, 2655, 10251, 58, 100
|
||||
|
60
docs/analysis/mhpow/c2/rows/gpu-4090/samples-4-c2-chi.csv
Normal file
60
docs/analysis/mhpow/c2/rows/gpu-4090/samples-4-c2-chi.csv
Normal file
|
|
@ -0,0 +1,60 @@
|
|||
2026/10/09 09:58:28.890, 216.30, 2655, 10501, 51, 100
|
||||
2026/10/09 09:58:29.892, 70.14, 2655, 10501, 50, 0
|
||||
2026/10/09 09:58:30.892, 55.99, 2655, 10501, 48, 0
|
||||
2026/10/09 09:58:31.892, 53.26, 2520, 10251, 48, 0
|
||||
2026/10/09 09:58:32.892, 61.34, 2520, 10251, 48, 0
|
||||
2026/10/09 09:58:33.894, 64.41, 2520, 10251, 48, 0
|
||||
2026/10/09 09:58:34.894, 127.10, 2655, 10251, 50, 50
|
||||
2026/10/09 09:58:35.894, 204.81, 2655, 10251, 56, 100
|
||||
2026/10/09 09:58:36.894, 235.54, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:37.894, 236.37, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:38.895, 236.07, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:39.895, 236.35, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:40.895, 236.63, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:41.895, 237.04, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:42.895, 236.84, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:43.896, 236.80, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:44.896, 236.34, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:45.896, 236.93, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:46.896, 237.55, 2655, 10251, 57, 100
|
||||
2026/10/09 09:58:47.897, 237.32, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:48.898, 237.05, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:49.898, 236.92, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:50.898, 237.30, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:51.898, 237.89, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:52.898, 238.35, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:53.899, 237.80, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:54.899, 238.07, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:55.899, 238.13, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:56.899, 237.76, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:57.899, 237.97, 2655, 10251, 58, 97
|
||||
2026/10/09 09:58:58.899, 237.39, 2655, 10251, 58, 100
|
||||
2026/10/09 09:58:59.900, 238.12, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:00.900, 238.63, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:01.900, 238.74, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:02.900, 238.50, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:03.900, 238.56, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:04.901, 238.13, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:05.901, 238.45, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:06.901, 238.93, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:07.901, 237.96, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:08.901, 238.27, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:09.902, 238.71, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:10.903, 237.92, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:11.903, 238.06, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:12.903, 237.82, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:13.904, 237.75, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:14.904, 237.96, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:15.904, 238.15, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:16.904, 237.57, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:17.905, 237.93, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:18.905, 237.85, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:19.905, 237.87, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:20.905, 238.10, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:21.905, 237.71, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:22.906, 237.89, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:23.906, 237.99, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:24.906, 237.80, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:25.906, 238.00, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:26.907, 238.30, 2655, 10251, 58, 100
|
||||
2026/10/09 09:59:27.907, 238.33, 2655, 10251, 59, 100
|
||||
|
4
docs/analysis/mhpow/c2/rows/kat.jsonl
Normal file
4
docs/analysis/mhpow/c2/rows/kat.jsonl
Normal file
|
|
@ -0,0 +1,4 @@
|
|||
{"c2":"kat","mode":"closed","n":4,"N":16,"dataset_log2_words":20,"dataset_bytes":4194304,"k":16,"chi":"f8a7fa59983706a6fa4a76788ba98d204511d193e6931e66202644eae02860d8","labels_sha256":"d4c40efece3c6c59a18beaa0039519c5923981e9f5b45d80ac593f0e847cec58","tau":"c19333666825a359e51554ebf51ca90d2b9ad6855177909dc8816688be3df29c","proof_bytes":5181,"proof_sha256":"a2bccf91cd630b7d2c19ee35fb677440c315eb251fb4fee1bcdc31e71b82f7e0","verify":"accept","program_s":4.5754,"dataset_setup_s":0.0000,"label_s":0.0312,"label_s_per_label":0.001953,"merkle_s":0.00001,"prove_s":0.00001,"verify_s":0.0303,"items_derived_per_label":0.0,"load_sites_per_program":16,"lanes":32,"peak_rss_kb":65572}
|
||||
{"c2":"kat","mode":"closed","n":4,"N":16,"dataset_log2_words":28,"dataset_bytes":1073741824,"k":16,"chi":"4d72564a3d95497ac238e9e451a4b0bef068eddf03cb2542c41b86dbbeed9bf5","labels_sha256":"e52db800f74e79a79ca17aaf88475fa349e6a72ec204490c82fd03e62b09f3b8","tau":"6d5092a06c6146bd04874054f4591ff9507654c7a8b698000a57955423a60a11","proof_bytes":4861,"proof_sha256":"50b913b499178ecab4747ebe5855e24f5d3eb474d4ae7cbf2b1b51945d44b707","verify":"accept","program_s":4.4907,"dataset_setup_s":0.0000,"label_s":0.0224,"label_s_per_label":0.001399,"merkle_s":0.00001,"prove_s":0.00001,"verify_s":0.0224,"items_derived_per_label":0.0,"load_sites_per_program":16,"lanes":32,"peak_rss_kb":66572}
|
||||
{"c2":"kat","mode":"mh","n":4,"N":16,"dataset_log2_words":20,"dataset_bytes":4194304,"k":16,"chi":"8f8ef99471f1688822ec55495a8fcd4937f24259e190df0f51cc72b55ab0e5a0","labels_sha256":"1a8d6ef14fe23762c29463a821a9aad2199ba4026b5c8185bafc7f271277cb4a","tau":"9369ed9e820040328d9e12e8a9a60c017e9da6e1c8fa3964e964ea28b37b7e51","proof_bytes":5021,"proof_sha256":"b1d322990c64ed7e3941491e132fd486dfad8e2dc845765b46985fb3be849073","verify":"accept","program_s":4.4954,"dataset_setup_s":0.4592,"label_s":0.2272,"label_s_per_label":0.014197,"merkle_s":0.00001,"prove_s":0.00001,"verify_s":0.2346,"items_derived_per_label":8190.2,"load_sites_per_program":16,"lanes":32,"peak_rss_kb":264088}
|
||||
{"c2":"kat","mode":"mh","n":4,"N":16,"dataset_log2_words":28,"dataset_bytes":1073741824,"k":16,"chi":"9d124edce3e8e6d78bf47adbcadc4ba1e1f26624009da8ad1c168019bd82fc3c","labels_sha256":"fd3bf890f87acd56c6ce2539636923d152969d435ad9123a9b9ec66a8ddff5c6","tau":"347992c5a4e800ec94d0954c52335f20084613fb91b48da10cc0caa8be23b549","proof_bytes":5181,"proof_sha256":"3ffe04d44fe2530bff65ff0e5effac6e10ff2c26acbe2a8e269467d7e21066bb","verify":"accept","program_s":4.6213,"dataset_setup_s":0.4500,"label_s":0.2371,"label_s_per_label":0.014816,"merkle_s":0.00001,"prove_s":0.00001,"verify_s":0.2284,"items_derived_per_label":8192.0,"load_sites_per_program":16,"lanes":32,"peak_rss_kb":260124}
|
||||
14
docs/analysis/mhpow/c2/rows/neg.jsonl
Normal file
14
docs/analysis/mhpow/c2/rows/neg.jsonl
Normal file
|
|
@ -0,0 +1,14 @@
|
|||
{"neg":"flip_challenged_label","refused":true,"by":"check_2b_merkle_openings node 8"}
|
||||
{"neg":"flip_last_sibling","refused":true,"by":"check_2b_merkle_openings parent of 11"}
|
||||
{"neg":"truncate","refused":true,"by":"check_0_container"}
|
||||
{"neg":"wrong_dataset_key","refused":true,"by":"check_3_local_consistency node 13"}
|
||||
{"neg":"half_red_labels","refused":true,"by":"check_3_local_consistency node 14"}
|
||||
{"neg_result":"PASS"}
|
||||
rc=0
|
||||
{"neg":"flip_challenged_label","refused":true,"by":"check_2b_merkle_openings node 16"}
|
||||
{"neg":"flip_last_sibling","refused":true,"by":"check_2b_merkle_openings parent of 8"}
|
||||
{"neg":"truncate","refused":true,"by":"check_0_container"}
|
||||
{"neg":"wrong_dataset_key","refused":true,"by":"check_3_local_consistency node 10"}
|
||||
{"neg":"half_red_labels","refused":true,"by":"check_3_local_consistency node 9"}
|
||||
{"neg_result":"PASS"}
|
||||
rc=0
|
||||
2
docs/analysis/mhpow/c2/rows/rows.jsonl
Normal file
2
docs/analysis/mhpow/c2/rows/rows.jsonl
Normal file
|
|
@ -0,0 +1,2 @@
|
|||
{"c2":"row","mode":"closed","n":8,"N":256,"dataset_log2_words":28,"dataset_bytes":1073741824,"k":64,"chi":"73ab8286d16c6ccf62bd84460efbaca9c92b7d6e087efb7cbf8be1dece6ff3d0","labels_sha256":"0b46878e8a321b8ef4e6a6961fb9d53b2a2856f4fc0cf3aa9c876be9a3c3209b","tau":"cac4bd846763aa4585594bc17145caf30190c5b01ddc605c126dc5307745ce64","proof_bytes":36973,"proof_sha256":"1b92e7c11a87b68de607bdc02c5aca1a78dfbf8d403030d053bed62f144780d6","verify":"accept","program_s":4.6420,"dataset_setup_s":0.0000,"label_s":0.4379,"label_s_per_label":0.001710,"merkle_s":0.00007,"prove_s":0.00003,"verify_s":0.1115,"items_derived_per_label":0.0,"load_sites_per_program":16,"lanes":32,"peak_rss_kb":65044}
|
||||
{"c2":"row","mode":"mh","n":8,"N":256,"dataset_log2_words":28,"dataset_bytes":1073741824,"k":64,"chi":"ab0aca59198a4b58bd696022e0c6221d01ba344cee90b50b44355c1ff521d34b","labels_sha256":"7ede9fb7f04c0bd3ca5f4b3b69c396b169acde119db4b78e0e3677a5724936ce","tau":"b99506c4f11d5412dbba56f3d5fdf45358a0799d1d2be2d82712e3a66a523d81","proof_bytes":36973,"proof_sha256":"f17f9f9f57cb9710db5374a48589faf39e430ca5b6de3401748005be497dfadf","verify":"accept","program_s":4.5874,"dataset_setup_s":0.4648,"label_s":3.8310,"label_s_per_label":0.014965,"merkle_s":0.00007,"prove_s":0.00003,"verify_s":0.9425,"items_derived_per_label":8192.0,"load_sites_per_program":16,"lanes":32,"peak_rss_kb":261576}
|
||||
43
docs/design/snapshot-sync.md
Normal file
43
docs/design/snapshot-sync.md
Normal file
|
|
@ -0,0 +1,43 @@
|
|||
# Snapshot sync (node 2.0.3.1): a joiner starts from a signed state snapshot served by the seeds
|
||||
|
||||
The node lane, 9 October 2026, 11:4x UK, on main's ruling of 11:1x UK: the fresh-sync memory is a public blocker. Measured this morning on a quiet box with the three hubs as the only peers (build-2, RSS every 30 s): a fresh 2.0.2 node (5d53a591) reads 29 GB at DAA 43,816 and a fresh 2.0.3 node (27f54124) 34 GB at the tip, DAA 53,670, in twenty minutes — about 0.65 GB per 1,000 blocks, linear, before any inbound traffic (a hand on build-1 with 93 inbound island peers read 62 to 86 GB on the same sync). Ten reset boxes with 16 to 38 GB container limits were OOM-killed mid-sync between 09:42 and 10:27 UK (ln-node-03 and ln-node-09 at 16 GB, lc-3070-01 at 18 GB, lp-4090-03/17/22/23/24/30 at 28 GB, lp-4090-08 at 38 GB; `oom_kill` 1 to 2 each; /Users/joshm/igneum-fleet/reset-decision.txt under the 10:35 FAULT line); the box that survived had 123 GB. The Mac entry serves 2.0.2 to machines with 16 and 32 GB.
|
||||
|
||||
What the memory is NOT: the executor's persisted state. The exec snapshot of the same synced node is 56 MB (`evm/exec-snapshot.bin`, 1,902 proof-record files beside it), the consensus store 263 MB. What it IS, by the on-disk shape (`evm/proof-records` 4.8 GB on the 2.0.3 node, `evm/proofs` and the records 7.1 GB on the 2.0.2 one, growing with the chain) and by the curve's linearity in executed blocks: the records a fresh sync holds while it executes from genesis — the proof records and segment records of every block it carried, kept in memory for the proving window's checks and the RPC's lookups, never dropped behind the executed tip because a node that executes from genesis has no attested point below which they are safe to drop. A heap profile of a fresh 27f54124 sync to DAA 10,000 on build-2 names the holders by function this afternoon; this design does not wait for it, because the fix is the same whatever holds them: a joiner that does not execute from genesis never holds them.
|
||||
|
||||
## 1. The snapshot: content and format
|
||||
|
||||
The executor already has the artefact and most of the path (`igneum/exec/src/snapshot.rs`, 6 October 2026): `ExecSnapshot` version 1 — `chain_id`, `genesis_hash`, `tip_number`, `tip_hash`, `state_root` at the tip, `written_at_unix`, every chain block record (`records`, full for the last `FULL_RECORDS` blocks), the EVM state (`db`: accounts, storage, code, the BLOCKHASH ring), the fee and epoch state, the paid shards and segments, and the class v5 epoch state streams (`epoch_streams`, the IGSD1 streams of the current and next epoch, so a joiner holds them without executing them); the consensus digest stamp (0.3.25+). The daemon flag `--igneum-exec-snapshot=<path>[,<sha256>]` starts from a file when the data dir has none; `--igneum-exec-snapshot=peer` makes the follower wait for a peer's snapshot instead of replaying from genesis (`service.rs` 994–1005), served over the P2P flow `IgneumRequestExecSnapshot` → `IgneumExecSnapshotChunk` (`protocol/flows/src/v10/execsync.rs` 28–69: the serving side answers with the executor's persisted snapshot in chunks). The load (`service.rs` 590–680 `load_snapshot`) refuses a wrong chain id, a wrong genesis, a wrong or missing digest stamp, a mid-epoch resume without the tip's capture, and a state root that the rebuilt accounts do not reproduce (`check_roots`); then `pin_check` refuses a snapshot whose record at the restart block carries another root than this network's.
|
||||
|
||||
Snapshot sync adds two things to that artefact, not a new one: (a) the snapshot is cut AT A LOCKED BLOCK — the seed's executor persists it when its tip is the finality checkpoint the seed last locked (`latest_locked_hash` of `igneum_getFinalityCheckpoints`, `rpc/core/src/model/finality.rs` 297–311), so the snapshot's `tip_hash` is a block every honest node holds as final; (b) a MANIFEST beside it: `snapshot.json` = { chain_id, digest, tip_number, tip_hash, tip_daa, state_root, locked_index, size, sha256, written_at } signed by the seed's vote key (the same key that signs its finality votes; the signature over the manifest's canonical bytes under a new domain `igneum-snapshot-v1`), so a joiner knows which seed vouches for it and can weigh that key in the finality table it will read.
|
||||
|
||||
## 2. Who signs it, with what key
|
||||
|
||||
The seeds (build-1's seed and hand, the three lp hubs after their upgrade) — each signs its own snapshot with its vote key; the manifest carries the key and the signature. A joiner accepts a snapshot whose signing key holds weight in the finality table at the snapshot's locked index (read from the certificate of that index: `RpcCheckpoint` in the same response), or — until the hubs run 2.0.3.1 — a key named in the packaged seed list (the release manifest's `snapshot_signers`, the shipper's). No new key, no central key: a snapshot's trust is the signer's vote weight plus the verification in section 3; a bad snapshot from a signing seed is an equivocation-class fault against that key, recorded the way a bad vote is.
|
||||
|
||||
## 3. How a joiner verifies it
|
||||
|
||||
In order, each a refusal with its line: (1) the manifest's signature verifies under the named key, and the key is in the finality table at `locked_index` or in the packaged signer list; (2) the file's sha256 equals the manifest's; (3) the snapshot's chain id, genesis and digest are this node's (the load's own checks); (4) THE LOCK: the joiner syncs headers first as it does today (headers-first IBD; the headers' chain is PoW-verified and the finality certificates carried in blocks are verified as they arrive), reads its own `latest_locked_hash` at `locked_index` from the certificate it verified, and refuses a snapshot whose `tip_hash` is not that locked block or an ancestor of it on its selected chain (`is_chain_ancestor_of`); (5) THE ROOT: the Kaspa header carries no exec state root (design 2.2: the root is an output of execution), so the root is checked three ways: the rebuilt accounts reproduce `state_root` (today's `check_roots`), the record at the tip carries that root (today's `pin_check`), and the first verified segment record attesting the snapshot's block (the proving pool's rows, `post_root`) agrees — the third is the proof-carrying check and the one a lying signer cannot pass once the chain's provers have attested the block. A joiner refusing at any step falls back to today's path (genesis execution) with the refusal named, never to a silent wall.
|
||||
|
||||
## 4. The executor's start and persist-and-drop
|
||||
|
||||
Start: the follower installs the snapshot as today (`load_snapshot`: the records, the db, the epoch streams, the ring's first entry), then executes forward from `tip_number + 1` as the bodies arrive — the IBD's body sync starts at the snapshot's tip, not genesis (the `highest_known_syncer_chain_hash` negotiation already lands at a block the joiner holds; the body sync's low bound becomes `max(negotiated, snapshot tip)`), so the joiner downloads headers for the whole chain (small) and bodies only above the snapshot. Persist-and-drop, the bound that makes the sync fit: every proof record and segment record below `executed_tip − proving_window` (the window the pool checks, `weight_window` DAA) is persisted to the record store (`c90212e3`'s `ProofRecordStore` under the evm dir, which already holds them on disk) and dropped from memory; the store answers the RPC's and the body rule's lookups from disk. The in-memory set is then bounded by the window, not the chain: at today's window (7,200 DAA) about 7,200 × 0.65 MB ≈ 4.7 GB at most, under 16 GB with the consensus side (263 MB on disk, its caches the box's), the EVM state (tens of MB) and the executor's ring. Today's `FULL_RECORDS = u64::MAX` (every record full in memory) is the constant that changes: full for the window, thin below, dropped below the snapshot's tip (the snapshot is the attestation below which nothing is replayed).
|
||||
|
||||
## 5. The serving path
|
||||
|
||||
Two paths, both existing in shape: (a) P2P, as today's `IgneumRequestExecSnapshot` chunks from any connected peer that holds a snapshot — extended to carry the manifest first so the joiner runs section 3's steps (1)–(3) before it takes the chunks; (b) HTTPS from the seeds' download host (the shipper's `dl.igneum.network`), the file and `snapshot.json` beside it, the same manifest — the path a fresh install takes before it has peers, pointed at by the release manifest's `snapshot_url`. The seed cuts a new snapshot at every lock it holds past a fixed stride (every 3,600 blocks, the epoch) and keeps the last two; a joiner takes the newest whose lock it has verified.
|
||||
|
||||
## 6. The 16 GB fit, stated
|
||||
|
||||
A joiner from the snapshot holds: the headers (about 300 bytes a block in memory during IBD, 16 MB at 54,000 blocks), the bodies above the snapshot (streamed, executed, thinned), the EVM state (tens of MB), the window's records (≤ 4.7 GB at today's rate), the consensus store's caches and the allocator's slack — a fresh install on a 16 GB machine syncs from the snapshot to the moving tip without the 0.65 GB-per-1,000-blocks growth, and a 2.0.2 node on 16 GB today walls at about DAA 8,000. Until 2.0.3.1 ships, /download and /miner state 64 GB for a fresh sync (the site lane, by 11:30 UK), or the recipe's snapshot by hand.
|
||||
|
||||
## 7. The known-failed tests, first
|
||||
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||||
- `a_joiner_refuses_a_snapshot_whose_tip_is_not_under_its_verified_lock`: a snapshot whose `tip_hash` is a block off the joiner's selected chain at `locked_index` (an island's tip) is refused with the lock's line; the same snapshot with the locked block's hash is accepted. Fails today (no lock check exists; a wrong-chain snapshot is refused only by `pin_check` after the records are installed).
|
||||
- `a_snapshot_manifest_signed_by_a_key_outside_the_table_is_refused`: a manifest signed by a key with no weight at `locked_index` and not in the packaged list is refused before any byte of the file is read. Fails today (no manifest).
|
||||
- `records_below_the_window_leave_memory`: a follower that executed 20,000 blocks holds in memory only the records inside `executed_tip − weight_window`; the store answers a lookup below it from disk. Fails today (`FULL_RECORDS = u64::MAX`).
|
||||
- `the_body_sync_starts_at_the_snapshot_tip`: a joiner with a snapshot at block 46,800 requests bodies from 46,801, never from genesis. Fails today (the body sync's low bound is the negotiation's alone).
|
||||
- The canary (not a unit test): a fresh install on a 16 GB host (the fleet lane's rented Vast host at the 16 GB class, container `memory.max` read back at the handover, 13:15 UK) joining from build-1's seed's served snapshot to the moving tip and mining five minutes — the measured peak RSS against 16 GB, by 15:00 UK; the ten OOM-killed boxes above are its known-failed shape.
|
||||
|
||||
## 8. What ships when
|
||||
|
||||
2.0.3.1 on the node line after 27f54124: the lock cut and the manifest (the seed side), the four tests and their code (the joiner side: the lock check in `load_snapshot`'s caller, the manifest check in the P2P and HTTPS fetch, `FULL_RECORDS` as a window and the persist-and-drop in the follower, the body sync's low bound), the release manifest's `snapshot_url` and `snapshot_signers` (the shipper). The first served snapshot from build-1's seed by hand (the shipper's script on the seed's cleanly stopped datadir: the file, the sidecar, the manifest signed by the seed's key) this afternoon for the canary; the P2P manifest and the HTTPS path on the node line by tomorrow's cut. Nothing here moves the consensus digest: the snapshot is the executor's and the flows', the headers' chain stays the proof of the chain.
|
||||
|
|
@ -22,7 +22,7 @@ Pin: Architecture and product, sixth box (every served page carries the position
|
|||
|
||||
Status: Open (8 October 2026): pass when the best supported cost and energy advantage of a re-optimised, programmable adversary sits inside the chosen competitiveness envelope, with its uncertainty published (D3).
|
||||
|
||||
Answer: The target is contestable mining, not chip destruction: a manufacturer with a profitable product is not the failure; an exclusive, durable advantage large enough to displace the accessible GPU fleet is. Two measured results already bound the design. The connected-state reorganisation was killed as a class because rearranging the same operations moves neither side (D2). The mixed FP32 branch was killed because deterministic FP32 costs the cards 15 to 26 percent energy per hash against a 10 percent budget and widens the chip's edge to 3.0x to 3.2x (measured cards, modelled chip). Both stay as regression controls.
|
||||
Answer: The target is contestable mining, not chip destruction: a manufacturer with a profitable product is not the failure; an exclusive, durable advantage large enough to displace the accessible GPU fleet is. Two measured results already bound the design. The connected-state reorganisation was killed as a class because rearranging the same operations moves neither side (D2). The mixed FP32 branch was killed because deterministic FP32 costs the cards 15 to 26 percent energy per hash against a 10 percent budget and widens the chip's edge (measured cards, modelled chip; the figure paired against class v4 is withdrawn). Both stay as regression controls.
|
||||
|
||||
Evidence: `docs/plans/igneum-2.0.md` (the objective, property 1; D1, the mixed FP32 kill; D2(a)); `docs/analysis/class-v6/connected-state.md`.
|
||||
|
||||
|
|
|
|||
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