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Author SHA1 Message Date
fbaa909723 Prepare Frontier code trace fidelity campaign 2026-07-23 23:48:28 +08:00
cd7665d882 Ignore generated experiment SVGs 2026-07-23 18:10:04 +08:00
08921193a1 Record structured attention experiment verdict 2026-07-23 18:09:24 +08:00
4f22688bfd Record TP2 prefill serving-path verdict 2026-07-23 18:08:32 +08:00
cf610003ed Close BC8 decode curve counterfactual 2026-07-23 18:08:00 +08:00
ecc5599381 Profile decode batch grid repeats 2026-07-23 17:37:18 +08:00
1126d9be7d Pass TP4 decode stability gate 2026-07-23 17:09:49 +08:00
c1c200b7cd Add decode batch-grid stability experiment 2026-07-23 16:55:55 +08:00
cb67ac8621 Reuse validated FlashInfer cache for TP2 smoke 2026-07-23 16:24:20 +08:00
fd859bc52c Use empty scp sync for TP2 fleet job 2026-07-23 16:12:46 +08:00
be523b1c07 Isolate TP2 smoke from dirty remote checkout 2026-07-23 16:11:13 +08:00
2c3220c2be Add TP2 prefill serving-path smoke experiment 2026-07-23 16:09:52 +08:00
9c1175a434 experiment: pin cu129 real pilot runtime 2026-07-20 19:02:40 +08:00
788270183d experiment: gate per-gpu sweep on control completion 2026-07-20 18:58:43 +08:00
e651ecc923 experiment: reuse predictors across load contracts 2026-07-20 18:51:31 +08:00
809ad9ffef experiment: add per-gpu workload control 2026-07-20 18:48:22 +08:00
a033a72195 analysis: summarize workload simulator regimes 2026-07-20 18:17:03 +08:00
dfe3f345d8 research: record workload sweep launch 2026-07-20 18:15:03 +08:00
157bf3668d fix: isolate simulator predictor cache 2026-07-20 18:11:33 +08:00
f727cbcf76 fix: sweep simulator families independently 2026-07-20 18:04:23 +08:00
f38e260639 fix: parse simulator group arguments 2026-07-20 18:01:38 +08:00
3453fbe522 experiment: add parallel workload simulator sweep 2026-07-20 17:54:20 +08:00
b302954dcb docs: correct Q30 MNS surface 2026-07-20 17:39:59 +08:00
ca999c4e49 fix: derive complete trace blocks from private artifact 2026-07-20 17:38:32 +08:00
75946d9d73 experiment: add workload regime taxonomy 2026-07-20 17:36:02 +08:00
39766141fb Decompose good/bad selection split across frozen surfaces
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
2026-07-20 12:05:20 +08:00
151 changed files with 42743 additions and 18 deletions

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# 实验 S0good/bad case 分裂的统一分解margin vs differential residual
> **状态:** 已完成2026-07-20含 S0b 方向化修正与一轮 strict review 修复)
>
> 用户指令:核心要务是分析为什么部分 case 下 Frontier work、部分不 work 的 system 根因;本 card 是该诊断 campaign 的第一个 slice仅使用 frozen artifacts零 GPU 成本。人工 review 由用户的直接指令("只有做好这个分析我们才能推进下一步")满足。
## Claim 与决策
- **Parent claim** ongoing.md H2——误差机制是 action-conditioned residual本实验把它细化为"分裂从哪来"。
- **现象(已冻结):** 同一 best-effort Frontier 栈上Q30/Q235 的 Trace-PD 与多数 PO 面 selection 近优,而 Fixed-PD 面 1458% regret失败 objective 随负载档切换Q30 低压 TPOT/E2E 全反、高压 TTFT 5658%A1 collective profile 修复了 Q235 Trace-PO p90 21.2%→0.3% 但对 Fixed-PD 33% 完全无效(本 card frozen-inputs/q235-ablation-a1
- **Competing hypotheses**
- **H-SCALE** 分裂完全由「config-differential residual vs 真机 decision margin」的关系解释good case 的 sim/real 比值跨 config 近似均匀乘性偏移argmin 不变bad case 的比值跨 config 分散且超过 margin。workload shape 本身不需要出现在解释里。
- **H-THRESH** 绝对 service-time 高估近似均匀但与离散机制MNS admission cap、MoE token-bucket、graph bucket交互后被转换为 config-differential 误差fixed uniform workload 把所有请求同步到同一 state 轨迹,使阈值交叉对整个 cell 相干生效trace 的长度/到达异质性把阈值效应摊平。
- **H-STATE** 失败由 simulator 闭环 batch state 分布漂移主导Q235sim decode batch 13.5 vs real 3.9 + B4→B5 profile cliff 正反馈);即使打破 workload 同步性,闭环漂移仍可翻转排序。
- 三者关系H-SCALE 是现象层必要条件H-THRESH/H-STATE 是 differential residual 的两种产生机制,可共存但可判别(见事前预测)。
- **事前预测:**
- H-SCALE 成立 ⟺ 对每个 case×objectivefailure 恰好发生在「top 邻域 log-ratio spread > log1p(真机相对 margin)」处(两侧同为 log-space 尺度),无反例。
- H-THRESH 独有bad case 的 differential 误差集中于阈值语义分量first-scheduling wait、bucket 跳变段),且 sim-only 反事实(去阈值/加 jitter恢复排序——Q30 高压 TTFT 的 admission 反事实已支持一例。
- H-STATE 独有:差异化误差在去掉阈值分量后仍在 execution 项内Q235 Fixed-PD 的 own-composition 20.07 vs exact-state +10.90 已支持一例)。
- **判定规则:** S0 只裁决 H-SCALE 与「分量定位」queue vs executionH-THRESH/H-STATE 的干预判别属 S1+sim-only 反事实)与 GPU 实验(需另行 review。若 H-SCALE 出现反例good case 有 spread>margin 仍选对,或 bad case spread<margin必须原样报告不得平滑
## Setup
- **输入全部 frozenruns/frontier-split-rootcause-v0/frozen-inputs/** q30-trace-pdgraph-piecewise comparison)、q30-fixed-hifixed-pd/fixed-po 高压面)、q30-expansion-lo低压 fixed-pd/fixed-po/trace-po)、q235-fourcase-a0q235-ablation-a1+provenance)、q235-state-diagq30-admission-diag来源 cpfs 路径与 SHA 见各目录内 manifest/launch 记录
- **计算 case×objective** per-config 比值 r_c=sim_c/real_cconfig-uniform scale=geomean(r_c)differential residual=log-ratio spread surface 与真机 top-3 邻域各一真机 relative marginbest 2nd-bestbest sim-winner 的真机值差failure flag=regret>5%H-SCALE 检验=failure ⟺ 邻域 spread>log1p(margin)review 修正:初版直接以 ln 差比较普通 relative margin尺度不一致修正后 70 行 verdict 不变)。
- **分量定位:** q30-admission-diag 提供 TTFT=first-scheduling wait+prefill execution 分解q235-state-diag 提供 own-composition vs exact-state contrast把这些已知分量证据合并进统一表。
- **交叉核对:** 重算的 regret 必须与各 frozen comparison.md 表一致(抽查 58.0%、33.0%、0.0%A0 vs A1 的 Q235 对比必须复现 trace-po p90 21.2%→0.3%、fixed-pd 四项不变。
## 预期产物与 review
- runs/frontier-split-rootcause-v0/analyze_split_decomposition.py只读 frozen-inputs确定性输出
- runs/frontier-split-rootcause-v0/results/decomposition.{json,md}:统一表,每行 case×objective列出 winner、regret、scale、spread全/邻域、margin、H-SCALE verdict、已知分量归因
- runs/frontier-split-rootcause-v0/results/margin-vs-residual.pngx=真机 marginy=邻域 differential residual点色=selection 对错H-SCALE 成立则对错点被对角线分离
- 人工验收:编排者亲自重跑脚本、抽查交叉核对数字、亲自查看渲染图
## 复现信息
- **Code** AITuner branch feature/sim自 HEAD 18c0b25 起worker/reviewer job-id 见下方「Review 与 provenance 补记」;脚本与产物随本 card 同一 commit 入库(含 frozen-inputs 本地拷贝)。
- **Environment** 本地 workstationCPU-onlypython3+matplotlib不访问远端。
- **已知 deviation** frozen-inputs 是 cpfs 原件的本地拷贝scp2026-07-20q30-expansion-lo 的低压 Fixed-PD 面已被高压面取代为 primary本分析将两档并列为独立观测不混合。
## 结果
- **观察事实:**
- 70 行14 个 case surface全部算出无数据缺口四组硬性交叉核对通过连续运行产物 SHA 一致。
- **H-SCALE 判为必要非充分**23 个 material failureregret>5%全部满足「top-3 邻域 log spread > log1p(margin)」,无一例失败发生在 residual 小于 margin 处;但另有 40/70 行同样满足该条件却均非 material failure其中仅 16 行 exact winner match其余 24 行是小 regret 的 winner 错位——14 个 MNS 精确 tie 与 10 个 strict reversal——无方向 spread 不携带决策信息。
- **S0b 方向化后的机制普查**23 个 material failure 的 winner-deciding pair 分布为 tp-axis 11、mixed 10、mns-axis 2Q235 A0/A1 Fixed-PD 的 8 个 TPOT/E2E failure 全为 tp-axisQ30 Fixed-PD 高低压为 tp/mixed仅有的 2 个 mns-axis failure 是 Q235 A0/A1 Trace-PD E2E p90regret 6.2%,勉强越过 5% 门槛。trace 面严格反序中 tp-axis 为 0q30 trace-pd 三轴全 0
- **A1 对照的轴分解**serving-matched collective profile 把 Q235 两个 PO 面的 tp-axis 反序从 4/4 清零trace-po p90 regret 21.2%→0.3%),但 Fixed-PD 仅 5→4、四项 regret 一位小数不动——prefill 路径的 TP-differential 误差源=collective profile可修decode 耦合的 TP-differential 误差另有来源。
- **MNS 不敏感缺陷**14 个 winner-label mismatch 是 simulator 逐位相等的 tie全部 mns-axis如 q30 fixed-po 的 MNS16↔32、q235 fixed-pd 的 MNS64↔128tie 计入后 MNS 边界误差 31 与 TP 严格反序 32 相当,但 MNS 侧 regret 小。
- **成功的鲁棒性**23 个 exact-winner success 中 17 个 margin-robustmargin≥1%6 个 fragile含 q30 trace-pd E2E p90 的 0.1% margin 与 q235 A1 fixed-po 四项)。
- **面级 scale 对照**prefill-only 面 geomean scale 0.961.37×(绝对预测基本准确),含 decode 的面 4.3130×——绝对误差灾难集中于 decode。
- **异常:** 无数据异常。strict reviewFAIL3 Major/1 Minor指出 H-SCALE 尺度混用log spread vs relative margin、tie 轴普查缺失、card 状态过期、Q235 一致性表述过强;全部修复,修复后 70 行 verdict 逐行不变。
- **含义:** 分裂的现象层解释是「margin 保护 + config-differential 误差」。机制层上21/23 个 material failure 由 TP/mixed pair 决定,且所有大 regret≥13%failure 都发生在含 decode 的面上:其中 Q235 Fixed-PD 有 state-drift 直接证据、Q30 高压 TTFT 有 admission 反事实证据,而 **Q30 低压 TPOT/E2E 反转的机制尚未诊断**S1 目标。「decode 耦合的 TP-differential 误差是主要载体」是当前最强归纳,不是对全部 failure 的已证机制归因2 个 mns-axis 边缘 failure6.2%在该归纳之外。trace 面成功伴随「TP 反序为零 + TP margin 宽」但「误差小」与「margin 宽」谁是主因仍未判——这正是 H-THRESH vs H-STATE 的判别缺口。轴标签与机制不一一对应Q30 admission 是 MNS 阈值机制但 deciding pair 为 tp/mixed因 TP 改变到达压力)。
- **Claim update** H2action-conditioned residualsupported 且被细化residual 的决策相关分量集中在 TP 轴、由 decode 状态耦合产生H-SCALE 降级为必要条件H-THRESH/H-STATE 保持 competing待 S1 判别。
- **下一步:** S1sim-only 反事实Q30 低压 Fixed-PD TPOT 反转的分量定位——这是唯一无机制解释的 material failurefixed workload jitter 判别 H-THRESH vs H-STATEGPU 判别实验(加压 Trace-PD、jittered Fixed-PD 真机面dash14另行出 card 供 review。
## Review 与 provenance 补记
- S0 workercodex `task-mrsn1s9c-z6ha0w`S0b`task-mrsnjzn6-k18x4n`resumestrict reviewerfresh 只读):`task-mrsocmlb-386btc`verdict FAIL修复轮`task-mrsop06n-pwxo0b`fresh writable。编排者独立验收脚本重跑、SHA 比对、两图目视检查。
- 产物 SHA修复后decomposition.json `81ea56b2…`、decomposition.md `4d19af54…`、margin-vs-residual.png `df2110c4…`、decision-pair-axis.png `2e787301…`

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# Frontier workload-regime taxonomy
- Date: 2026-07-20
- Status: proposed; awaiting review before workload generation or GPU runs
- Scope: explain when Frontier preserves the real-system config ranking, rather than merely comparing Fixed with Trace
## Claim under test
Frontier reliability is controlled by three quantities:
1. the latency-model residual between simulator and real execution;
2. the closed-loop gain from timing to scheduler state (batch, MoE routing, CUDA-graph bucket, MNS occupancy, admission/KV pressure);
3. the real decision margin between configurations.
For a config pair `a,b`, define
```text
D_real(a,b) = log L_real(a) - log L_real(b)
delta(a,b) = [log L_sim(a)-log L_real(a)]
- [log L_sim(b)-log L_real(b)]
slack(a,b) = sign(D_real) * [D_real + delta]
```
`slack < 0` means the simulator reverses the real pairwise ordering. The primary hypothesis is that reversals occur when simulator and real execution land on different sides of a scheduler-state knee, or when the real decision margin is too small to absorb the differential residual. `Fixed` and `Trace` are not themselves the causal classes.
## Existing evidence motivating the experiment
- Q30 Trace-PD preserves all six objective winners, but many pairwise residuals oppose the real winner. Its success is therefore often margin protection, not zero residual.
- Q235 Trace-PD preserves TTFT/TPOT winners but misses E2E p90 by 6.2%; Trace is not universally safe.
- Q30/Q235 Fixed-PD decode objectives show negative minimum signed slack and 13--37% regret.
- In Q30 low-load Fixed-PD, Frontier's batch-1 TP ordering is correct, while the closed-loop simulator increases TP4's effective batch and changes the MoE cost enough to reverse the ordering. This identifies a concrete state knee, but does not yet establish a general rule.
## Workload families
All comparisons use the same request multiset where applicable, the same total observation window, and the same normalized offered decode load
```text
rho = request_rate * E[output_tokens] / measured_reference_decode_capacity.
```
This avoids equating equal request rates with equal load.
| ID | Shape / request lengths | Arrival process | Prefix/session state | Isolated effect |
|---|---|---|---|---|
| W0 | short fixed `2048 -> 128` | uniform | off | known low-residence failure anchor |
| W1 | trace-mean fixed ISL/OSL | uniform | off | homogeneous baseline |
| W2 | trace-mean fixed ISL/OSL | trace timestamps | off | arrival burst only |
| W3 | exact trace ISL/OSL multiset | uniform | off | length heterogeneity only |
| W4 | exact trace ISL/OSL multiset | trace timestamps | off | length + burst |
| W5 | exact trace prompts/ISL/OSL | uniform | exact prefix/session identity | prefix state without burst |
| W6 | exact trace prompts/ISL/OSL | trace timestamps | exact prefix/session identity | full production trace |
Prefix is intentionally a nested factor: enabling a synthetic prefix graph on fixed identical requests would introduce a different workload rather than isolate production prefix reuse. Therefore this is not presented as a full `2^3` factorial.
## Load sweep and expected patterns
Simulator discovery sweep: `rho in {0.05, 0.25, 0.50, 0.90, 1.20}`. The points mean deep low load, light batching, moderate batching, capacity knee, and overload; their request rates are derived independently for every workload family.
| Pattern | Observable state | Prediction for Frontier |
|---|---|---|
| P1 singleton-linear | real and sim stay below the first batch/graph knee | works if the batch-1 operator ordering is correct |
| P2 knee-straddling | real and sim occupy opposite sides of a batch/MoE/graph/MNS knee | fails systematically; Fixed-PD is the current example |
| P3 same-side batched | both systems cross the same knee and remain below admission pressure | works if batch-conditioned operator ordering is correct |
| P4 capacity/admission aligned | both systems are governed by the same capacity bottleneck | TTFT/config winner may work despite large absolute error; E2E/MNS can remain fragile |
| P5 heterogeneity-smoothed | broad lengths reduce coherent threshold occupancy at matched `rho` | may work; this is a hypothesis, not an established explanation |
| P6 burst-sensitive | same request multiset, but transient queue/MNS occupancy differs | mean ranking may work while TTFT/E2E tail ranking fails |
| P7 prefix-state-sensitive | hit/eviction and reused-token distributions differ | TTFT ranking fails unless prefix-state transitions are modeled; decode TPOT may remain stable |
| P8 decision-boundary | real config margin is comparable to run variance/residual | fragile; an exact winner match is not reliable evidence |
## Hypotheses and distinguishing tests
### H1: state-regime hypothesis (primary)
I believe config-ranking failures occur when the latency residual moves a workload across a scheduler-state knee, because the residual is then amplified into a different batch/resource trajectory. I will verify this by checking whether signed-slack zero crossings co-locate with measured real/simulator state-knee crossings.
### H2: heterogeneity-smoothing hypothesis
I believe length heterogeneity can reduce coherent threshold amplification, because requests reach scheduler boundaries at dispersed times. I will verify it with W1 vs W3 and W2 vs W4 at matched `rho`, requiring a smaller real/sim state-distribution gap rather than merely a correct winner.
### H3: bottleneck/margin-protection alternative
Trace success may instead be explained entirely by a large real decision margin or a shared capacity bottleneck. This hypothesis wins over H2 if W3/W4 do not reduce state-distribution error after matching load and margin, while ranking correctness remains predicted by margin alone.
### H4: burst and prefix are independent failure channels
I believe arrival bursts primarily affect waiting/admission and tail TTFT/E2E, whereas prefix mismatch primarily affects prefill/TTFT state. I will verify this with W1/W2, W3/W4, and W3/W5 paired comparisons.
## Configuration and model scope
Discovery uses Qwen30B because its 12-cell `TP x MNS` surface already has simulator and real anchors:
- TP: `{1, 2, 4}`
- MNS: `{8, 16, 32, 64}`
- objectives: mean/p90 TTFT, TPOT, E2E
Qwen235B is a held-out confirmation, not pooled into discovery:
- existing four feasible TP/MNS configurations;
- only the workload/load patterns that discriminate H1--H4 after Q30 converges.
## Measurements
End-to-end:
- completed/failed requests and achieved request/token rate;
- TTFT, TPOT, E2E mean/p50/p90/p95;
- config regret, pairwise agreement, signed decision slack;
- run-to-run winner stability.
Closed-loop state:
- prefill/decode batch-size histograms and time-weighted batch;
- Running/Waiting distributions and admission delay;
- MNS active-token occupancy and KV/context pressure;
- CUDA-graph bucket residency and fallback frequency;
- prefix hit/reused-token/eviction distributions for W5/W6.
## Decision rules
A workload/load region is:
- **reliable** if regret is at most 5%, pairwise agreement is at least 0.8 at two adjacent load points, and the winner is stable across confirmation trials;
- **fragile** if regret is at most 5% but the real margin overlaps run uncertainty, or a small rate/timing perturbation changes the winner;
- **failed** if regret exceeds 5% or a decision-critical pair has negative signed slack;
- **mechanistically explained by H1** only if the ranking transition co-locates with an observed state-regime transition. Correlation with the Fixed/Trace label is insufficient.
H2 is supported only if the heterogeneous member of a matched pair reduces state-distribution error and shifts the failure boundary in repeated trials. A correct winner alone does not support smoothing.
## Execution plan after review
1. Materialize W0--W6 with one manifest recording request multiset, arrival timestamps, prefix identity, rate contract, and hashes.
2. Run the simulator sweep across `rho` and the Q30 surface; emit a per-stage state ledger.
3. Select real-machine pilot points only around the predicted knees plus one safe-side control. Use guard configs `TP1/MNS64`, `TP4/MNS8`, and `TP4/MNS64`; add `TP2/MNS32` only if the transition is not bracketed.
4. Use only `dash1`, `dash2`, `dash3`, and `dash4`, each verified as an 8×H20 host. `dash0` is excluded from probing, synchronization, and execution. Pin one independent experiment group to each host so at most four groups run in parallel; do not split one trial across hosts.
5. Run one pilot trial per selected point. Confirm only hypothesis-discriminating points with three fresh-server trials and rotated order.
6. Apply the resulting classifier unchanged to the Q235 held-out cases.
Provisional four-way allocation after the simulator identifies the discriminating points:
| Host | Experiment group | Primary contrast |
|---|---|---|
| dash1 | homogeneous controls | W0/W1 across safe side and first knee |
| dash2 | arrival effect | W1 vs W2 and W3 vs W4 |
| dash3 | length heterogeneity | W1 vs W3 and W2 vs W4 |
| dash4 | prefix/full trace | W3 vs W5 and W4 vs W6 |
The groups are logical queues, not permanent ownership: if a host probe fails, that host is excluded and its group waits or moves to another permitted idle host. Cross-host latency values are not pooled until a common canary config verifies that host effects are within run uncertainty.
No GPU run is authorized by this card yet. The review decision is whether the workload decomposition and decision rules are sufficient to implement the materializer and launch Phase 1.
## Expected figure
The accompanying mock figure is schematic, not data. Panel A shows the state knee that real and simulator trajectories may cross at different loads. Panel B shows the corresponding minimum signed decision slack; a negative value denotes a ranking reversal. The claim is supported only if measured zero crossings and state knees align across workload families.
## Risks and controls
- Equal `rho` does not guarantee equal prefill pressure; report both prefill and decode offered work and stratify if necessary.
- Full-trace overload can collapse all configs to similarly poor latency. Such points identify a capacity-limited region but cannot validate fine-grained ranking.
- MNS ties and censored/failed requests can create false winners; exclude invalid cells before calculating regret and report the exclusion.
- One trace cannot establish generality. The initial result is a mechanism boundary for this trace/model/hardware, followed by held-out Q235 validation.
## Execution log
### 2026-07-20: materialization and simulator launch
- Code baseline: `feature/sim@157bf36` for the valid v4 sweep.
- Hosts probed: `dash1`, `dash2`, `dash3`, `dash4`; each exposed 8 NVIDIA H20 GPUs with 0 MiB used at probe time. `dash0` was not probed or used.
- Source cohort: 129 Q30 Trace-PD requests. The private artifact supplies exact prompts, lengths, outputs, timestamps, sessions, and runtime block identities; the simulator projection retains only the first `floor(ISL/16)` complete block identities.
- Materialized: 35 cases = W0--W6 × `rho {0.05,0.25,0.50,0.90,1.20}`. Audit passed request count, exact decode offered load, empirical arrival rate, prefix block count, and prefix-off empty identity vectors.
- Simulator smoke: W0 / `rho=0.05` / TP4-MNS64 completed 129/129. Simulator TTFT mean/p90 was 109.81/124.16 ms and TPOT mean/p90 was 36.26/36.79 ms. This is a harness check, not real-system fidelity evidence.
- Invalid attempts retained for audit: v1 had a Bash argument-expansion error; v2 mixed multiple workload families into a runner that requires strictly increasing anchors from one family; v3 exposed a scikit-learn cache-version mismatch. None is used as scientific evidence.
- Valid v4 controls: isolated output/predictor cache per TP/prefix group; scikit-learn 1.9.0 matching the predictor cache format; per-family five-point runner invocations; stage batch ledger enabled; TP1 exempted from the collective fallback gate because a single rank has no all-reduce.
- Active v4 allocation: dash1=TP1 prefix off/on, dash2=TP2 prefix off/on, dash3=TP4 prefix off, dash4=TP4 prefix on. The four fleet jobs are running from fresh `sim-v4` output roots. First-process audit found the explicit isolated `--metrics_config_cache_dir` on all hosts and zero cross-version warnings.
- First valid v4 tranche: 16/16 observed cells completed, each with 129 requests, request metrics, and a stage-batch ledger; no traceback, fallback, or version warning was found. The tranche covers all five W0 load points at TP1/TP2/TP4-MNS8 plus the first W5 prefix points at TP4-MNS8.
- Early load-boundary observation: W0 at `rho=0.05` is low-latency for TP4-MNS8 (simulator TTFT mean 109.25 ms) but already queues for TP1-MNS8 (25.70 s); at `rho=0.25`, even TP4-MNS8 reaches 27.13 s mean TTFT. Because `rho` normalizes decode tokens only, high-rate short-output W0 also raises prefill and active-sequence pressure. These points map the overload boundary and are not eligible as reasonable-latency real pilots.
- Real-runtime gate: a stock vLLM 0.20.0 environment passed import/H20 checks but used CUDA 13.0, so it is excluded from comparison with the historical CUDA 12.9 baseline. The replacement environment `vllm-0.20.0-cu129-workload-regime-v2` passes `vllm CLI=0.20.0+cu129`, torch `2.11.0+cu129`, CUDA runtime 12.9, H20 visibility, and all 179 package dependency checks. The first CPFS install used file copies and was stopped after download because it was still copying roughly 7 GB after 12 minutes; its incomplete directory is retained with an `invalid-copy-incomplete` suffix, while v2 uses same-filesystem hardlinks from the validated cache.
- Load-contract correction: the original Fixed-PD surface held request rate per GPU constant, so global arrival rate scaled with TP. The v4 sweep holds global arrival rate constant and is retained as the control that isolates service-topology changes. A matched per-GPU sweep is now required to reproduce the original closed-loop intervention: TP1/TP2/TP4 receive `1x/2x/4x` global arrival rate at the same per-GPU `rho`.
- Per-GPU low-load materialization: 105 cases = W0--W6 × `rho {0.0025,0.005,0.01,0.02,0.05}` × TP `{1,2,4}` were generated under `traces-per-gpu-low`. Audit passed 105 unique paths, 129 public/private rows per case, digests, arrival alignment, and exact `global_rate / TP = per_gpu_rate`. W0 `rho=0.01` is 0.239375 req/s/GPU, bracketing the original 0.215 req/s/GPU Fixed-PD point with `rho=0.005`.
- The per-GPU sweep writes to a separate `sim-per-gpu-v1` result root but reuses the completed v4 predictor cache for the same TP/prefix/config. Predictor cache provenance is explicit in every surface manifest; workload results and state ledgers are never shared.
- `wait_and_dispatch_per_gpu.sh` is active locally as a serial gate. It requires all four exact v4 run directories to contain `finished_at` and exit code zero before probing dash1--dash4 and dispatching the four per-GPU jobs; it does not launch a second sweep while v4 is still consuming CPU.
- A first materialization attempt rounded both `rho=0.005` and `rho=0.01` to the same `rho0p01` directory. Digest validation stopped before simulator launch; the invalid directories were retained with an `invalid-rho-label-collision` suffix. The label function now preserves up to 12 significant digits and has a regression test.
Current decision: finish the v4 fixed-global-rate control, then reuse its trained predictors for the low-load per-GPU sweep before selecting discriminating real-machine pilot points. No real latency result from vLLM 0.20.2 will be compared with the historical vLLM 0.20.0 baseline until the runtime-version gate is resolved.

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@@ -3,14 +3,20 @@
> 2026-07-17写给未参与项目的读者可直接作为 presentation 讲稿。历史过程与复现信息见 `../runs/*/` 各 experiment card、`../docs/` 各 campaign 文档。
>
> **2026-07-19 update** Qwen235 Fixed-PD 的错误排序在 exact real state composition 下已经翻正,主因是 simulator closed-loop batch state而不是 collective。Qwen30 Fixed-PD 的 56--58% TTFT regret 也已定位Frontier 将 decode service time 高估 4--8×使 TP4 的 modeled concurrency 越过 MNS admission cap并产生虚假排队去掉该等待后 Frontier 与真机都判定 TP4 topology 更快。详见 [`experiments/qwen30-fixed-pd-ttft-admission-diagnosis-20260719.md`](experiments/qwen30-fixed-pd-ttft-admission-diagnosis-20260719.md)。
>
> **2026-07-20 update** 对全部 14 个 frozen case surface70 个 case×objective做了统一的 margin-vs-residual 分解与方向化机制普查([`experiments/frontier-split-rootcause-s0-20260720.md`](experiments/frontier-split-rootcause-s0-20260720.md))。三个要点:(1) 「residual 超过 margin」是失败的必要条件但远非充分——good/bad 分裂不能用无方向误差量解释;(2) 23 个 material failure 的 winner-deciding pair 中 21 个落在 TP 轴或 mixed其余 2 个是 6.2% regret 的边缘 mns-axis casetrace 面的 TP 反序为零A1 measured collective 把 Qwen235 两个 prefill-only 面的 TP 反序清零trace-PO p90 regret 21.2%→0.3%)却对 Fixed-PD 完全无效——prefill 路径的 TP 差异化误差源是 collective profile可修decode 耦合的 TP 差异化误差是当前所有 material failure 的载体;(3) 「Fixed-PD 失败因为高压」被否证:失败 Fixed-PD 的真机 in-flight14.05)低于全对的 Trace-PD38.69),且低压 Fixed-PD 同样失败、失败 objective 随负载切换。另有次要缺陷14 个 winner 错位来自 simulator 对 MNS 逐位不敏感的精确 tie。
>
> **2026-07-20 root-cause update** Q30 低压 Fixed-PD 的 exact stage ledger 关闭了最后一个未解释的 material failure。相同 batch=1 state 下 Frontier full predictor 给 TP4 `18.3515 ms/step`、TP1 `19.3506 ms/step`,方向正确;但 per-GPU 固定到达率使 cluster arrival 随 TP 增长,叠加 decode residence 高估后TP4 在 simulator 内自激到 time-weighted batch `3.0437`96.13% decode 时间 batch≥3own-state step 变为 `28.1712 ms`。其中相对 batch=1 的 `+9.8197 ms` 有 `+8.9297 ms` 来自 batch-conditioned MoEcollective 仅 `+0.0121 ms`。因此 Fixed-PD 的根因不是“固定 workload”或“高压力”本身而是 **execution-time residual 进入离散事件时钟后改变 future scheduler state该 state 再通过 MoE/profile/graph 或 MNS admission 非线性放大,形成 action-dependent signed residual 并穿过 decision margin**。Q30 低压是平滑 state-feedbackQ30 高压是跨 MNS cap 的 threshold amplificationQ235 是 composition drift三者为同一闭环机制族。
>
> **2026-07-20 load-audit update** Trace-PD overload 不是 Fixed/Trace good-bad 分裂的统一解释。旧 Q30 Trace-PD decode offered/observed-peak throughput≈`1.00×`、peak Running/Waiting=`47/0`;降到 `0.10 req/s/GPU` 后 TTFT `245.95/685.51 → 228.14/835.38 ms`mean/p90不出现 tail collapseTPOT `13.18/15.39 → 7.91/8.90 ms`。旧 Q235 则是 `3.44×` 明确过载、peak=`116/3`;降到 `0.035 req/s/GPU` 后 TTFT `1141.54/2616.69 → 478.14/1347.75 ms`TPOT `61.89/78.62 → 24.00/28.49 ms`。旧 surface 仍有 `417×/32.6×` mean-TTFT spread否定“所有配置一样差”。八 case baseline 与 claim boundary 见 [`experiments/frontier-eightcase-load-audit-20260720.md`](experiments/frontier-eightcase-load-audit-20260720.md)。
## 一眼看懂
- **Topic / problem** LLM serving 的自动、低成本配置调优AITuner。当前主线问题用 simulator 给部署配置(并行度、批量上限等)排序,什么时候可信?需要补多少真机证据?算上这些成本还划算吗?
- **Central claim** simulator 要能帮助配置调优,必须先满足 scheduler transition 的 liveness/coverage再满足「配置相关残差小于真机 decision margin」前者决定 capacity 是否有定义,后者决定排序是否正确。(ID: C0)
- **当前结论:** 早先 35 个 trace stall 不是 Frontier scheduler liveness failureadapter 为不满 16-token 的 prefix block 错误生成了 cache identityFrontier 又没有 fail-fast。修正为完整 block、使用真实 graph buckets/KV blocks 和 `piecewise`/`KERNEL_ONLY` profile 后Qwen30 Trace-PD 的全部 12 个 cell 完成 129/129 requestFrontier 对 TTFT/TPOT/E2E 的 6 个 argmin 均与三次 fresh-server 真机一致;但绝对 latency 仍高估 4--511×。这只证明一个 MoE Trace-PD surface 的 selection fidelity不能外推到 prefill-only、fixed workload 或 235B。
- **最大 uncertainty / risk** 这个正确选择是否依赖 Trace-PD 的 queue/margin 偶然性Fixed-PD、Trace-P、Fixed-P 与大型 FP8 MoE 是否仍保留正确 config ranking。Q235 还缺少同栈 profile/runtime contract不能复用旧 vLLM 0.10.2 数据
- **下一项 critical action** 完成 Qwen30 其余三项 fixed/trace × PD/P surface。Fixed case 已先启动无请求 vLLM runtime-state preflightTrace-P 的 graph-aligned Frontier 12-cell CPU surface 正在运行。Q235 先做 vLLM 0.20 TP4/TP8 compatibility gate随后才允许新 profile
- **最大 uncertainty / risk** 根因已收敛,且 overload 已被排除为统一解释但可信域边界仍未画清trace 面的 heterogeneity 是否让 closed-loop state residual 变小,还是当前 success 主要由 capacity/MNS margin 保护?两个降载点只建立 reference-config latency baseline不能证明新负载下全 surface 仍选对
- **下一项 critical action** 不再做无锚点的 jitter 猜测;保持 request shape 不变,在预测的 MoE/MNS knee 两侧做小规模 rate sweep并用少量真机 state/batch anchor 验证 `λR(B)` fixed point。成功标准是同时预测 state-regime、排名与 knee而不只是某个点的 regret
- **停止条件:** T1 出 verdict 且成本账本建立后pass 且摊销论证成立 → 转向「sim 剪枝 + 真机终选」的 hybrid 机制设计fail → 转入失败机制归因;两条路都无 insight 增量 → 收敛写作。
## 核心概念
@@ -34,9 +40,10 @@
- **Supporting** 235B prefill-only regret=0235B fixed-shape mixed 的 top set 全中30B 加 per-TP 校准后 regret 0.76%(但这是外部端到端 scale 给出的上界,不是原生 profile 保真度)。
- **Counterevidence** 修正 prefix trace contract 后的 TP2/MNS16 `none`-graph run 完成但 p50 TPOT 约 96 ms真机为约 14 ms然而该比较尚未对齐 real vLLM 的 `FULL_AND_PIECEWISE` graph path。
- **下一项 discriminative experiment** 补齐 `KERNEL_ONLY` graph family并以 `piecewise` 重跑相同 trace若 full surface 仍错graph omission 不再是可用解释。
- **Hypothesis机制active** 误差机制是 action-conditioned residual——执行状态的转移并行拓扑、kernel family、graph mode、batch 组成)使按算子 profile 的组合预测跨配置不可复合;残差大于 margin 时排序失败。(ID: H2supported)
- **Hypothesis机制active** 误差机制是 action-conditioned residual——执行状态的转移并行拓扑、kernel family、graph mode、batch 组成)使按算子 profile 的组合预测跨配置不可复合;残差大于 margin 时排序失败。(ID: H2supported,已细化)
- **Supporting** 三个 TP 档的端到端校准系数为 0.72/0.47/0.35残差确实随配置剧烈变化235B 的批量上限交互预测错误但被 2× margin 容忍30B prefill-only 在低负载近似对齐、饱和后按 TP 反向放大,最终 τ-b=1。
- **下一步:** 按 collective 通信 → batch 组成 → 调度器逐步轨迹的单变量顺序定位组合性失效点(对应 experiment card 中 A1/A2/A3 消融阶梯)
- **细化2026-07-20 统一普查):** 决策相关的残差分量集中在 TP 轴且由 decode 状态耦合产生——prefill-only 面的绝对 scale 仅 0.961.37× 且 measured collective 即可清除其 TP 反序,而含 decode 的面 scale 4.3130×、全部 material failure 都由 TP/mixed pair 决定。「residual>margin」只是必要条件失败还需要残差对准 winner-deciding pair
- **机制 verdict2026-07-20** closed-loop state drift 是根因,离散阈值是其放大器而非 competing explanation。Q30 低压 exact ledger 显示同 state 的 TP 方向正确,但 TP4 被模拟 residence 反馈推到 batch 3--4MoE step 增长后反序Q30 高压进一步跨过 MNS admission capQ235 换成 exact real composition 后排序翻正。下一步从“找根因”转为测量 state-regime/knee 的可信边界。
- **Subclaim** 成本论证只有在摊销前提下成立。(ID: C3)
- **Hypothesisactive** 每个 model×硬件×runtime 的一次性对齐成本,摊销到大配置面、频繁重调(引擎版本 churn 的频率证据见 claim map或禁止在线实验的场景后低于重复真机调优。(ID: H3untested——分母已实测分子未入账)
- **下一步:** 建 cost ledger见「下一步」
@@ -45,27 +52,27 @@
- **Question** 生产 trace 忠实回放prefix 打开、原始到达时间与会话结构best-effort Frontier 能否满足 low-regret gate
- **为什么现在做:** 这是 H1 的判决实验;所有已完成的机制分解都在人工 workload 上,不能替代这个 verdict。
- **当前状态:** Trace-PD 的 graph-aligned surface 已通过 selection gate但绝对 latency 不通过 calibration。现在以不共享结果的 Fixed-PD、Trace-P、Fixed-P surface 检验它的泛化边界
- **当前状态:** Trace-PD 的 graph-aligned surface 已通过原负载 selection gate但绝对 latency 不通过 calibrationFixed-PD 的 failure 已定位为 closed-loop state drift。两个降载 Trace-PD anchor 已通过完成率/admission/backlog gate下一步需要 full surface rate sweep 才能检验 ranking 是否跨 load regime 保持
- **Result → decision** 若其它 surface 排序失败,保留 Trace-PD success 为条件化 envelope并按 fixed/trace/prefill/decode 的差异定位 state composition若都通过才扩大到 Q235 或寻找 simulator 已解决范围之外的新问题。
- **Experiment card** [`../runs/frontier-fidelity-envelope-v1/experiment-card.md`](../runs/frontier-fidelity-envelope-v1/experiment-card.md)
## Key evidence最多 3 条)
- **E1否证「prefill-only 是充分 easy condition」支持 H2** 30B BF16、去掉 decode/prefix/混合 batch 后,真机最优是 TP48 vs 7 req/s/GPUsimulator 却把 TP4 排最差6 vs 8top set 无交集regret 12.5%,τ-b=1。产物`../runs/frontier-phase-factorial-v0/results/final/`dash012.07 H20-GPUh
- **E2margin 可掩盖残差,支持 C0/H2** 235B FP8 的 prefill-only 与 fixed-shape mixed 都选对 top set但 simulator 漏掉并发上限max-num-seqs×批 token 上限max-num-batched-tokens的交互棋盘格并把 10/34 个真机 anchor 误判为不可行;真机头部 margin 有 2×残差被容忍。产物:`../runs/frontier-multicase-sufficiency-v0/best_effort/fixed_cohort_evidence/``../runs/frontier-multicase-sufficiency-v1/results/t0-final/`
- **E3selection 与 calibration 分开):** 用完整 block projection、`piecewise` 和 graph-compatible KERNEL_ONLY profile 后Qwen30 Trace-PD 的 12/12 sim cells 完成6 个 mean/p90 latency objective 的 argmin 都与真机一致;但 sim/real latency ratio 仍为 4--511×。产物[`../runs/frontier-fidelity-envelope-v1/graph-piecewise-experiment-card.md`](../runs/frontier-fidelity-envelope-v1/graph-piecewise-experiment-card.md)。
- **E2统一机制普查material failure 全部由 decode 耦合的 TP 差异化误差决定,支持 H2 细化):** 对 14 个 frozen surface、70 个 case×objective 的方向化分解显示23 个 material failure 中 21 个由 TP/mixed pair 决定(仅 2 个 6.2% 边缘 mns-axis case、trace 面 TP 反序为零measured collectiveA1把 Qwen235 两个 prefill-only 面的 TP 反序清零trace-PO p90 regret 21.2%→0.3%)但对 Fixed-PD 的 33% 无效「residual>margin」仅为失败的必要条件。产物:[`../runs/frontier-split-rootcause-v0/results/`](../runs/frontier-split-rootcause-v0/results/decomposition.md)(实验 card[`experiments/frontier-split-rootcause-s0-20260720.md`](experiments/frontier-split-rootcause-s0-20260720.md)
- **E3closed-loop state 是 Fixed-PD 根因,而非同 state predictor 反序):** Q30 低压相同 batch=1 state 下 TP4 比 TP1 快约 1.00 ms/step但 TP4 own state 的 time-weighted batch=3.0437,使 step 增加 9.8197 ms其中 MoE +8.9297 ms并反序Q235 用 exact real composition 重放也把 TP8TP4 从错向 20.07 ms 翻为正确 +10.90 ms。Q30 高压再由 MNS cap 将同族 state/residence 误差放大成约 27 s 排队。产物:[`experiments/frontier-split-rootcause-s1-20260720.md`](experiments/frontier-split-rootcause-s1-20260720.md)。
## 下一步(最多 3 项)
- [ ] **完成 Qwen30 remaining matrixdirect progress** Fixed-PD、Trace-P、Fixed-P 分别冻结 Frontier/真机 12-cell surfaceP-only 的 TPOT 一律为 N/A
- [ ] **画可信域边界:** 固定 request shape在预测的 MoE/MNS knee 两侧做最小 rate sweep只在判别点补真机 batch/state anchor验证 `B≈min(MNS, λR(B))` 是否同时解释 state 与 ranking
- [ ] **Q235 portability gate** 先验证 vLLM0.20 TP4/TP8 FP8 runtime 和 deadc4a profile provenance再决定是否允许其 Fixed-P sweep。
- [ ] **建 cost ledger** parent H3完成标准 = 每 case 一行profiling GPU-h、补丁工时、校准探测、sim CPU-h与已实测的真机调优成本同表随每个 case 更新。
## Blocker 或 anomaly
- **下一启动已准备:** dash0 8×H20 当前空闲graph-compatible attention/linear/MoE/router kernel-only profile 会先在一 GPU smoke成功后以 3 张 GPU 并行完成 attention shards。完整 replay 仍为 CPU-only
- **当前运行状态:** 八 case load audit 的新增真机 run 已完成;未启动 full-surface rate sweep避免把两个 single-config anchor 外推成 ranking claim。自 2026-07-20 起,本任务只允许使用 `dash1`--`dash4`(每台 8×H20、最多四组并行`dash0` 保留给其他同事,不做 probe、同步或运行
- **Anomaly保留** 235B pilot 中 simulator 把 10/34 个 anchor 误判为不可行——false-infeasible 是 H1 的主要威胁模式T1 分析时须单独报告。
- **勘误(已固定):** 统一平台为 dash0-only早期 dash1 出处是文档错误;fixed-shape pilot 的主 SLOTPOT 40ms无判别力150ms 是事后明示的敏感性分析,不得写成盲选的 primary。
- **平台边界(已更新):** 历史结果仍来自其各自 card 记录的平台,不改写 provenance后续实验平台切换为 `dash1`--`dash4`。跨主机比较前必须跑相同 canary 并量化 host effect。fixed-shape pilot 的主 SLOTPOT 40ms无判别力150ms 是事后明示的敏感性分析,不得写成盲选的 primary。
## Related work

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@@ -1,10 +1,11 @@
# Project Operating Notes
## Remote experiment host
## Remote experiment hosts
- Default experiment machine: `dash0`.
- Hardware expectation: 8 NVIDIA H20 GPUs.
- SSH check: use `ssh dash0` before scheduling or debugging remote runs.
- Experiment machines: `dash1`, `dash2`, `dash3`, and `dash4`.
- Do not use or probe `dash0`; it is reserved for other users.
- Hardware expectation: 8 NVIDIA H20 GPUs per host.
- Before scheduling, probe only `dash1`--`dash4` and confirm all eight GPUs are idle and healthy.
- Remote project path: `/home/admin/cpfs/wjh/aituner/aituner`.
- If remote downloads are slow or fail, start the proxy from the remote `wjh`
home directory with `./auto_proxy.sh`, then run downloads in a shell where
@@ -13,7 +14,8 @@
## Local/remote sync workflow
- Treat this local repository and the `dash0` repository as the same project checkout.
- Treat this local repository and the `dash1`--`dash4` repositories as the same project checkout.
- Synchronize code through Git using `commit`, `push`, and `pull`.
- For remote experiments, commit local changes, push to `origin`, then pull on `dash0` in `/home/admin/cpfs/wjh/aituner/aituner` before running.
- For remote experiments, commit local changes, push to `origin`, then pull on each assigned host in `/home/admin/cpfs/wjh/aituner/aituner` before running.
- Up to four independent 8-GPU experiment groups may run in parallel, one group per host; pin every job explicitly to one of `dash1`--`dash4`.
- Do not ask for the remote host or project path again unless the user explicitly changes them.

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@@ -0,0 +1,4 @@
__pycache__/
cache/
replay/
figure-prototype.svg

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@@ -0,0 +1,249 @@
From 1f8900a4ac64e45754b03d0aa7c1dddab65785cf Mon Sep 17 00:00:00 2001
From: Gahow Wang <gahow.wang@gmail.com>
Date: Thu, 23 Jul 2026 15:27:40 +0800
Subject: [PATCH] Experiment with structured attention prefill predictor
---
.../shared_prediction_model_manager.py | 16 +++-
.../sklearn_execution_time_predictor.py | 16 +++-
.../structured_attention_prefill.py | 79 +++++++++++++++++++
.../unit/test_structured_attention_prefill.py | 59 ++++++++++++++
4 files changed, 165 insertions(+), 5 deletions(-)
create mode 100644 frontier/execution_time_predictor/structured_attention_prefill.py
create mode 100644 tests/unit/test_structured_attention_prefill.py
diff --git a/frontier/execution_time_predictor/shared_prediction_model_manager.py b/frontier/execution_time_predictor/shared_prediction_model_manager.py
index 8a65a49..4a21165 100644
--- a/frontier/execution_time_predictor/shared_prediction_model_manager.py
+++ b/frontier/execution_time_predictor/shared_prediction_model_manager.py
@@ -19,6 +19,9 @@ from frontier.execution_time_predictor.attention_tp_policy import (
from frontier.execution_time_predictor.attention_dataset_contract import (
enforce_mixed_attention_input_contract,
)
+from frontier.execution_time_predictor.structured_attention_prefill import (
+ StructuredAttentionPrefillRegressor,
+)
from frontier.logger import init_logger
from frontier.moe_gating_runtime import (
DEFAULT_MOE_GATING_RUNTIME_CONTEXT,
@@ -1254,7 +1257,10 @@ class ExecutionTimePredictionModelManager:
raise ValueError(
"Missing required column 'prefill_chunk_size' in attention profiling data."
)
- standard_prefill_df = prefill_df[prefill_df["prefill_chunk_size"] > 0].copy()
+ standard_prefill_df = prefill_df[
+ (prefill_df["prefill_chunk_size"] > 0)
+ & (prefill_df["batch_size"] == 1)
+ ].copy()
prefill_model_signature = f"attn_prefill_{attention_signature}"
if prefill_model_signature not in trained_model_signatures:
@@ -1742,7 +1748,13 @@ class ExecutionTimePredictionModelManager:
# initialization to generate missing cache files.
# ============================================================
- estimator, grid_search_params = self._create_estimator_and_params(execution_time_predictor_config)
+ if model_name == "attn_prefill":
+ estimator = StructuredAttentionPrefillRegressor()
+ grid_search_params = {}
+ else:
+ estimator, grid_search_params = self._create_estimator_and_params(
+ execution_time_predictor_config
+ )
cv = min(execution_time_predictor_config.k_fold_cv_splits, len(df)) if len(df) >= 2 else 2
diff --git a/frontier/execution_time_predictor/sklearn_execution_time_predictor.py b/frontier/execution_time_predictor/sklearn_execution_time_predictor.py
index 27b62bf..b7f5350 100644
--- a/frontier/execution_time_predictor/sklearn_execution_time_predictor.py
+++ b/frontier/execution_time_predictor/sklearn_execution_time_predictor.py
@@ -45,6 +45,9 @@ from frontier.execution_time_predictor.attention_tp_policy import (
from frontier.execution_time_predictor.attention_dataset_contract import (
enforce_mixed_attention_input_contract,
)
+from frontier.execution_time_predictor.structured_attention_prefill import (
+ StructuredAttentionPrefillRegressor,
+)
from frontier.logger import init_logger
from frontier.moe_gating_runtime import get_moe_gating_base_model_name
from frontier.profiling.cpu_overhead.schema import (
@@ -2573,8 +2576,12 @@ class SklearnExecutionTimePredictor(BaseExecutionTimePredictor):
if cached_model:
return cached_model
- model = self._get_estimator()
- grid_search_params = self._get_grid_search_params()
+ if model_name == "attn_prefill":
+ model = StructuredAttentionPrefillRegressor()
+ grid_search_params = {}
+ else:
+ model = self._get_estimator()
+ grid_search_params = self._get_grid_search_params()
if len(df) < self._config.k_fold_cv_splits:
cv = 2
@@ -2869,7 +2876,10 @@ class SklearnExecutionTimePredictor(BaseExecutionTimePredictor):
raise ValueError(
"Missing required column 'prefill_chunk_size' in attention profiling data."
)
- standard_prefill_df = prefill_df[prefill_df["prefill_chunk_size"] > 0].copy()
+ standard_prefill_df = prefill_df[
+ (prefill_df["prefill_chunk_size"] > 0)
+ & (prefill_df["batch_size"] == 1)
+ ].copy()
if len(standard_prefill_df) == 0:
raise ValueError(
"No standard prefill rows (prefill_chunk_size > 0) found in eager attention profiling data."
diff --git a/frontier/execution_time_predictor/structured_attention_prefill.py b/frontier/execution_time_predictor/structured_attention_prefill.py
new file mode 100644
index 0000000..1829047
--- /dev/null
+++ b/frontier/execution_time_predictor/structured_attention_prefill.py
@@ -0,0 +1,79 @@
+"""Structured latency model for single-request chunked prefill attention."""
+
+from typing import Any
+
+import numpy as np
+from sklearn.base import BaseEstimator, RegressorMixin
+from sklearn.isotonic import IsotonicRegression
+from sklearn.linear_model import LinearRegression
+
+
+class StructuredAttentionPrefillRegressor(RegressorMixin, BaseEstimator):
+ """Model attention as a monotone base curve plus continuous KV growth.
+
+ Input columns retain the existing Frontier contract:
+ ``[kv_cache_size, prefill_chunk_size_squared]``.
+ """
+
+ def fit(self, X: Any, y: Any) -> "StructuredAttentionPrefillRegressor":
+ values = self._as_feature_array(X)
+ target = np.asarray(y, dtype=float)
+ kv_cache_size = values[:, 0]
+ prefill_chunk_size = np.sqrt(np.maximum(values[:, 1], 0.0))
+
+ base_mask = np.isclose(kv_cache_size, 0.0)
+ growth_mask = kv_cache_size > 0.0
+ if not np.any(base_mask) or not np.any(growth_mask):
+ raise ValueError(
+ "structured attn_prefill training requires both KV=0 base rows "
+ "and KV>0 growth rows"
+ )
+
+ base_q = prefill_chunk_size[base_mask]
+ base_y = target[base_mask]
+ unique_q = np.unique(base_q)
+ grouped_y = np.asarray(
+ [np.mean(base_y[np.isclose(base_q, q)]) for q in unique_q],
+ dtype=float,
+ )
+ self._base_model = IsotonicRegression(
+ increasing=True,
+ out_of_bounds="clip",
+ ).fit(unique_q, grouped_y)
+
+ growth_q = prefill_chunk_size[growth_mask]
+ growth_kv = kv_cache_size[growth_mask]
+ growth_base = self._base_model.predict(growth_q)
+ growth_features = np.column_stack(
+ (growth_kv, growth_q * growth_kv)
+ )
+ self._growth_model = LinearRegression(
+ fit_intercept=False,
+ positive=True,
+ ).fit(growth_features, target[growth_mask] - growth_base)
+
+ self.n_features_in_ = 2
+ self._frontier_base_q_min = float(unique_q.min())
+ self._frontier_base_q_max = float(unique_q.max())
+ self._frontier_growth_kv_max = float(growth_kv.max())
+ return self
+
+ def predict(self, X: Any) -> np.ndarray:
+ values = self._as_feature_array(X)
+ kv_cache_size = values[:, 0]
+ prefill_chunk_size = np.sqrt(np.maximum(values[:, 1], 0.0))
+ base = self._base_model.predict(prefill_chunk_size)
+ growth_features = np.column_stack(
+ (kv_cache_size, prefill_chunk_size * kv_cache_size)
+ )
+ return np.maximum(base + self._growth_model.predict(growth_features), 0.0)
+
+ @staticmethod
+ def _as_feature_array(X: Any) -> np.ndarray:
+ values = np.asarray(X, dtype=float)
+ if values.ndim != 2 or values.shape[1] != 2:
+ raise ValueError(
+ "structured attn_prefill expects exactly two features: "
+ "kv_cache_size and prefill_chunk_size_squared"
+ )
+ return values
diff --git a/tests/unit/test_structured_attention_prefill.py b/tests/unit/test_structured_attention_prefill.py
new file mode 100644
index 0000000..12c4247
--- /dev/null
+++ b/tests/unit/test_structured_attention_prefill.py
@@ -0,0 +1,59 @@
+import pickle
+import unittest
+
+import numpy as np
+
+from frontier.execution_time_predictor.structured_attention_prefill import (
+ StructuredAttentionPrefillRegressor,
+)
+
+
+class StructuredAttentionPrefillRegressorTest(unittest.TestCase):
+ def setUp(self) -> None:
+ q = np.asarray([64, 128, 256, 512, 1024, 2048, 4096, 8192], dtype=float)
+ base = 0.05 + 1e-4 * q + 4e-8 * q**2
+ context_q = np.asarray([2048, 4096, 8192] * 3, dtype=float)
+ context_kv = np.repeat([8192, 16384, 24576], 3).astype(float)
+ context_y = (
+ np.interp(context_q, q, base)
+ + 1.5e-5 * context_kv
+ + 3e-8 * context_q * context_kv
+ )
+ self.X = np.column_stack(
+ (
+ np.concatenate((np.zeros_like(q), context_kv)),
+ np.concatenate((q**2, context_q**2)),
+ )
+ )
+ self.y = np.concatenate((base, context_y))
+
+ def test_recovers_structured_curve(self) -> None:
+ model = StructuredAttentionPrefillRegressor().fit(self.X, self.y)
+ np.testing.assert_allclose(model.predict(self.X), self.y, rtol=1e-6)
+
+ def test_prediction_is_nonnegative_and_monotone(self) -> None:
+ model = StructuredAttentionPrefillRegressor().fit(self.X, self.y)
+ q = np.arange(1, 8193, dtype=float)
+ for kv in (0, 8192, 32768, 40912):
+ X = np.column_stack((np.full_like(q, kv), q**2))
+ prediction = model.predict(X)
+ self.assertTrue(np.all(prediction >= 0))
+ self.assertTrue(np.all(np.diff(prediction) >= -1e-12))
+
+ kv = np.arange(0, 40913, 64, dtype=float)
+ for q_value in (64, 2048, 8192):
+ X = np.column_stack((kv, np.full_like(kv, q_value**2)))
+ self.assertTrue(np.all(np.diff(model.predict(X)) >= -1e-12))
+
+ def test_pickle_round_trip(self) -> None:
+ model = StructuredAttentionPrefillRegressor().fit(self.X, self.y)
+ restored = pickle.loads(pickle.dumps(model))
+ np.testing.assert_allclose(restored.predict(self.X), self.y, rtol=1e-6)
+
+ def test_requires_base_and_growth_rows(self) -> None:
+ with self.assertRaisesRegex(ValueError, "KV=0 base rows"):
+ StructuredAttentionPrefillRegressor().fit(self.X[:8], self.y[:8])
+
+
+if __name__ == "__main__":
+ unittest.main()
--
2.43.0

View File

@@ -0,0 +1,256 @@
#!/usr/bin/env python3
"""Offline predictor ablation for EXP-ATTN-STRUCTURED.
This is deliberately profile-only: it decides whether the structured model is
good enough to justify the expensive 7-cell trace replay.
"""
from __future__ import annotations
import argparse
import csv
import json
import sys
from pathlib import Path
from typing import Any
import numpy as np
import pandas as pd
from sklearn.ensemble import RandomForestRegressor
ROOT = Path(__file__).resolve().parent
REPO = ROOT.parents[1]
def parse_args() -> argparse.Namespace:
parser = argparse.ArgumentParser()
parser.add_argument(
"--profile",
type=Path,
default=REPO
/ "runs/frontier-prefill-kvgrowth-fix-v0/profiles/"
"profile-v5-kvgrowth/attention.csv",
)
parser.add_argument(
"--frontier-checkout",
type=Path,
default=Path("/tmp/frontier-attn-structured-v0"),
)
parser.add_argument("--output-root", type=Path, default=ROOT / "results")
return parser.parse_args()
def normalize_bool(series: pd.Series) -> pd.Series:
return series.astype(str).str.strip().str.lower().isin(
{"1", "true", "t", "yes", "y"}
)
def load_profile(path: Path) -> pd.DataFrame:
df = pd.read_csv(path).drop_duplicates()
for column in ("is_prefill", "is_true_mixed_batch"):
df[column] = normalize_bool(df[column])
df = df[
(df["n_embd"] == 2048)
& (df["n_q_head"] == 32)
& (df["n_kv_head"] == 4)
& (df["block_size"] == 16)
& df["is_prefill"]
& ~df["is_true_mixed_batch"]
& (df["prefill_chunk_size"] > 0)
].copy()
df["prefill_chunk_size_squared"] = df["prefill_chunk_size"] ** 2
return df
def mape(actual: np.ndarray, predicted: np.ndarray) -> float:
return float(np.mean(np.abs((predicted - actual) / actual)) * 100)
def make_rf() -> RandomForestRegressor:
# Exact best parameters selected by the current profile-v5 GridSearchCV.
return RandomForestRegressor(
random_state=0,
n_estimators=250,
max_depth=8,
min_samples_split=2,
)
def features(df: pd.DataFrame) -> pd.DataFrame:
return df[["kv_cache_size", "prefill_chunk_size_squared"]]
def score_model(
name: str,
estimator: Any,
train: pd.DataFrame,
single: pd.DataFrame,
grid: pd.DataFrame,
) -> dict[str, Any]:
target = "time_stats.attn_prefill.median"
estimator.fit(features(train), train[target])
grid_prediction = estimator.predict(features(grid))
single_prediction = estimator.predict(features(single))
heldout_actual: list[float] = []
heldout_prediction: list[float] = []
for context in sorted(grid["kv_cache_size"].unique()):
test = grid[grid["kv_cache_size"] == context]
fold_train = train.drop(index=test.index, errors="ignore")
fold_model = (
make_rf()
if name.startswith("rf")
else estimator.__class__()
)
fold_model.fit(features(fold_train), fold_train[target])
heldout_actual.extend(test[target].astype(float))
heldout_prediction.extend(fold_model.predict(features(test)))
q = np.arange(1, 8193, dtype=float)
q_deltas: list[float] = []
prediction_min: list[float] = []
for context in (0, 8192, 16384, 24576, 32768, 40912):
X = pd.DataFrame(
{
"kv_cache_size": np.full_like(q, context),
"prefill_chunk_size_squared": q**2,
}
)
prediction = estimator.predict(X)
prediction_min.append(float(prediction.min()))
q_deltas.append(float(np.diff(prediction).min()))
kv = np.arange(0, 40913, 64, dtype=float)
kv_deltas: list[float] = []
for query in (64, 512, 2048, 4096, 8192):
X = pd.DataFrame(
{
"kv_cache_size": kv,
"prefill_chunk_size_squared": np.full_like(kv, query**2),
}
)
kv_deltas.append(float(np.diff(estimator.predict(X)).min()))
heldout_actual_array = np.asarray(heldout_actual)
heldout_prediction_array = np.asarray(heldout_prediction)
return {
"candidate": name,
"training_rows": len(train),
"grid_fit_mape_pct": mape(
grid[target].to_numpy(), np.asarray(grid_prediction)
),
"single_fit_mape_pct": mape(
single[target].to_numpy(), np.asarray(single_prediction)
),
"heldout_context_mape_pct": mape(
heldout_actual_array, heldout_prediction_array
),
"heldout_context_max_abs_error_pct": float(
np.max(
np.abs(
(heldout_prediction_array - heldout_actual_array)
/ heldout_actual_array
)
)
* 100
),
"prediction_min_ms": min(prediction_min),
"q_min_delta_ms": min(q_deltas),
"kv_min_delta_ms": min(kv_deltas),
"monotone_and_nonnegative": (
min(prediction_min) >= 0
and min(q_deltas) >= -1e-12
and min(kv_deltas) >= -1e-12
),
}
def main() -> None:
args = parse_args()
sys.path.insert(0, str(args.frontier_checkout))
from frontier.execution_time_predictor.structured_attention_prefill import (
StructuredAttentionPrefillRegressor,
)
df = load_profile(args.profile)
records: list[dict[str, Any]] = []
data_audit: dict[str, Any] = {}
for tp in (1, 2, 4):
tp_df = df[df["num_tensor_parallel_workers"] == tp].copy()
single = tp_df[tp_df["batch_size"] == 1].copy()
grid = single[
single["prefill_chunk_size"].isin((2048, 4096, 8192))
& (single["kv_cache_size"] > 0)
].copy()
duplicate_groups = (
tp_df.groupby(
["kv_cache_size", "prefill_chunk_size_squared"]
)
.size()
.gt(1)
.sum()
)
data_audit[f"tp{tp}"] = {
"standard_rows": len(tp_df),
"single_request_rows": len(single),
"target_grid_rows": len(grid),
"duplicate_feature_groups": int(duplicate_groups),
}
candidates = (
("rf_all", make_rf(), tp_df),
("rf_single", make_rf(), single),
(
"structured_single",
StructuredAttentionPrefillRegressor(),
single,
),
)
for name, model, train in candidates:
result = score_model(name, model, train, single, grid)
result["tp"] = tp
records.append(result)
structured = [r for r in records if r["candidate"] == "structured_single"]
checks = {
"heldout_context_mape_le_5pct": all(
r["heldout_context_mape_pct"] <= 5 for r in structured
),
"monotone_and_nonnegative": all(
r["monotone_and_nonnegative"] for r in structured
),
}
checks["profile_gate"] = all(checks.values())
payload = {
"schema": "frontier-attn-structured-ablation-v1",
"profile": str(args.profile.resolve()),
"frontier_checkout": str(args.frontier_checkout.resolve()),
"data_audit": data_audit,
"results": records,
"checks": checks,
}
args.output_root.mkdir(parents=True, exist_ok=True)
(args.output_root / "predictor-ablation.json").write_text(
json.dumps(payload, indent=2)
)
with (args.output_root / "predictor-ablation.csv").open(
"w", newline=""
) as stream:
writer = csv.DictWriter(stream, fieldnames=list(records[0]))
writer.writeheader()
writer.writerows(records)
print(json.dumps(checks, indent=2))
for row in records:
print(
f"TP{row['tp']} {row['candidate']:18s} "
f"grid={row['grid_fit_mape_pct']:.2f}% "
f"heldout={row['heldout_context_mape_pct']:.2f}% "
f"max={row['heldout_context_max_abs_error_pct']:.2f}% "
f"monotone={row['monotone_and_nonnegative']}"
)
if __name__ == "__main__":
main()

View File

@@ -0,0 +1,304 @@
#!/usr/bin/env python3
"""Trial-aware verdict for the seven structured-attention trace replays."""
from __future__ import annotations
import csv
import json
import math
from pathlib import Path
from typing import Any
ROOT = Path(__file__).resolve().parent
REPO = ROOT.parents[1]
S3_REAL = REPO / "runs/frontier-s3-real-v0"
V5 = REPO / "runs/frontier-prefill-kvgrowth-fix-v0"
CELLS = {
"tp1_rho0p00125": {
"real": "frontier-tp1-real-r0p00125-t*",
"old": V5 / "sim-replay-tp1/v5/tp1_rho0p00125",
},
"tp1_rho0p0025": {
"real": "frontier-tp1-real-r0p0025-t*",
"old": V5 / "sim-replay-tp1/v5/tp1_rho0p0025",
},
"tp2_rho0p0025": {
"real": "frontier-s3-real-full-r0p0025-tp2-t*",
"old": V5 / "sim-replay/tp2_rho0p0025",
},
"tp2_rho0p005": {
"real": "frontier-s3-real-full-r0p005-tp2-t*",
"old": V5 / "sim-replay/tp2_rho0p005",
},
"tp4_rho0p0025": {
"real": "frontier-s3-real-full-r0p0025-tp4-t*",
"old": V5 / "sim-replay/tp4_rho0p0025",
},
"tp4_rho0p005": {
"real": "frontier-s3-real-full-r0p005-tp4-t*",
"old": V5 / "sim-replay/tp4_rho0p005",
},
"tp4_rho0p01": {
"real": "frontier-s3-real-full-r0p01-tp4-t*",
"old": V5 / "sim-replay/tp4_rho0p01",
},
}
METRICS = {
"ttft": ("ttft_ms", "ttft"),
"tpot": ("tpot_ms", "tpot"),
"e2e": ("e2e_ms", "request_e2e_time"),
}
QUANTILES = {"mean": None, "p50": 0.5, "p90": 0.9, "p99": 0.99}
def percentile(values: list[float], quantile: float) -> float:
ordered = sorted(values)
position = (len(ordered) - 1) * quantile
lower, upper = math.floor(position), math.ceil(position)
if lower == upper:
return ordered[lower]
return (
ordered[lower] * (upper - position)
+ ordered[upper] * (position - lower)
)
def summarize(values: list[float]) -> dict[str, float]:
return {
name: (
sum(values) / len(values)
if quantile is None
else percentile(values, quantile)
)
for name, quantile in QUANTILES.items()
}
def load_real_trials(pattern: str) -> list[list[dict[str, Any]]]:
trials = []
for run_root in sorted((S3_REAL / "fleet-artifacts").glob(pattern)):
results = list(
run_root.glob(
"artifacts/outputs/full-real/*/*/trial-*/results/result.json"
)
)
if len(results) != 1:
raise ValueError(f"expected one result in {run_root}, got {results}")
trials.append(json.loads(results[0].read_text())["requests"])
if len(trials) != 2:
raise ValueError(f"expected two real trials for {pattern}, got {len(trials)}")
return trials
def load_sim(root: Path) -> list[dict[str, str]]:
matches = list((root / "metrics").rglob("request_metrics.csv"))
if len(matches) != 1:
raise ValueError(f"expected one request_metrics.csv below {root}: {matches}")
rows = list(csv.DictReader(matches[0].open()))
rows.sort(key=lambda row: int(float(row["Request Id"])))
return rows
def distribution_bias(
real_rows: list[dict[str, Any]],
sim_rows: list[dict[str, str]],
) -> dict[str, dict[str, float]]:
output: dict[str, dict[str, float]] = {}
for metric, (real_key, sim_key) in METRICS.items():
pairs = [
(float(real[real_key]), float(sim[sim_key]))
for real, sim in zip(real_rows, sim_rows)
if real.get("success")
]
real_summary = summarize([pair[0] for pair in pairs])
sim_summary = summarize([pair[1] for pair in pairs])
output[metric] = {
name: (sim_summary[name] - real_summary[name]) / real_summary[name]
for name in QUANTILES
}
return output
def paired_relative_error(
real_rows: list[dict[str, Any]],
sim_rows: list[dict[str, str]],
) -> dict[str, dict[str, float]]:
output: dict[str, dict[str, float]] = {}
for metric, (real_key, sim_key) in METRICS.items():
errors = [
(float(sim[sim_key]) - float(real[real_key])) / float(real[real_key])
for real, sim in zip(real_rows, sim_rows)
if real.get("success") and float(real[real_key]) != 0
]
output[metric] = summarize(errors)
return output
def aggregate_trial_bias(
trial_biases: list[dict[str, dict[str, float]]],
) -> dict[str, dict[str, dict[str, float]]]:
return {
metric: {
quantile: {
"mean": sum(values) / len(values),
"min": min(values),
"max": max(values),
}
for quantile in QUANTILES
for values in [
[trial[metric][quantile] for trial in trial_biases]
]
}
for metric in METRICS
}
def legacy_pooled_bias(
real_trials: list[list[dict[str, Any]]],
sim_rows: list[dict[str, str]],
) -> dict[str, dict[str, float]]:
output: dict[str, dict[str, float]] = {}
for metric, (real_key, sim_key) in METRICS.items():
real_values = [
float(row[real_key])
for trial in real_trials
for row in trial[: len(sim_rows)]
if row.get("success")
]
sim_values = [float(row[sim_key]) for row in sim_rows]
real_summary = summarize(real_values)
sim_summary = summarize(sim_values)
output[metric] = {
name: (sim_summary[name] - real_summary[name]) / real_summary[name]
for name in QUANTILES
}
return output
def waiting_p99(sim_rows: list[dict[str, str]]) -> float:
return percentile(
[float(row["request_waiting_time_total"]) for row in sim_rows], 0.99
)
def main() -> None:
results: dict[str, Any] = {}
flat_rows: list[dict[str, Any]] = []
for label, paths in CELLS.items():
real_trials = load_real_trials(paths["real"])
old_sim = load_sim(paths["old"])
new_sim = load_sim(ROOT / "replay" / label)
old_trial_bias = [
distribution_bias(trial, old_sim) for trial in real_trials
]
new_trial_bias = [
distribution_bias(trial, new_sim) for trial in real_trials
]
old_legacy = legacy_pooled_bias(real_trials, old_sim)
new_legacy = legacy_pooled_bias(real_trials, new_sim)
wait_p99 = waiting_p99(new_sim)
results[label] = {
"old": {
"trialwise_distribution_bias": old_trial_bias,
"trialwise_distribution_bias_summary": aggregate_trial_bias(
old_trial_bias
),
"legacy_pooled_distribution_bias": old_legacy,
},
"new": {
"trialwise_distribution_bias": new_trial_bias,
"trialwise_distribution_bias_summary": aggregate_trial_bias(
new_trial_bias
),
"paired_relative_error": [
paired_relative_error(trial, new_sim)
for trial in real_trials
],
"legacy_pooled_distribution_bias": new_legacy,
"waiting_p99_ms": wait_p99,
"validity": (
"PASS_SUBCRITICAL"
if wait_p99 < 1000
else "GATE_FAIL_DIAGNOSTIC"
),
},
}
for metric in METRICS:
for quantile in QUANTILES:
flat_rows.append(
{
"cell": label,
"metric": metric,
"quantile": quantile,
"old_bias": old_legacy[metric][quantile],
"new_bias": new_legacy[metric][quantile],
"abs_bias_delta_pp": 100
* (
abs(new_legacy[metric][quantile])
- abs(old_legacy[metric][quantile])
),
"validity": results[label]["new"]["validity"],
}
)
tp1_checks = []
for cell in ("tp1_rho0p00125", "tp1_rho0p0025"):
for quantile in ("mean", "p99"):
old = results[cell]["old"]["legacy_pooled_distribution_bias"]["ttft"][
quantile
]
new = results[cell]["new"]["legacy_pooled_distribution_bias"]["ttft"][
quantile
]
tp1_checks.append(abs(old) - abs(new) >= 0.05)
regressions = [
row
for row in flat_rows
if row["cell"].startswith(("tp2", "tp4"))
and row["metric"] in ("ttft", "e2e")
and row["abs_bias_delta_pp"] > 5
]
checks = {
"tp1_ttft_mean_p99_improve_ge_5pp": all(tp1_checks),
"tp2_tp4_ttft_e2e_no_abs_regression_gt_5pp": not regressions,
"regressions": regressions,
}
checks["trace_gate"] = (
checks["tp1_ttft_mean_p99_improve_ge_5pp"]
and checks["tp2_tp4_ttft_e2e_no_abs_regression_gt_5pp"]
)
payload = {
"schema": "frontier-attn-structured-trial-aware-verdict-v1",
"metric_note": (
"Primary values are per-real-trial distribution biases with request "
"alignment by index. legacy_pooled reproduces the old milestone "
"quantile convention only for direct comparison."
),
"cells": results,
"checks": checks,
}
output = ROOT / "results"
output.mkdir(parents=True, exist_ok=True)
(output / "trace-verdict.json").write_text(json.dumps(payload, indent=2))
with (output / "trace-verdict.csv").open("w", newline="") as stream:
writer = csv.DictWriter(stream, fieldnames=list(flat_rows[0]))
writer.writeheader()
writer.writerows(flat_rows)
print(json.dumps(checks, indent=2))
for label, result in results.items():
old = result["old"]["legacy_pooled_distribution_bias"]["ttft"]
new = result["new"]["legacy_pooled_distribution_bias"]["ttft"]
print(
f"{label}: TTFT mean {old['mean']:+.1%}->{new['mean']:+.1%}, "
f"p99 {old['p99']:+.1%}->{new['p99']:+.1%}, "
f"waiting_p99={result['new']['waiting_p99_ms']:.0f}ms "
f"{result['new']['validity']}"
)
if __name__ == "__main__":
main()

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@@ -0,0 +1,82 @@
# 实验 EXP-ATTN-STRUCTURED结构化 predictor 能否关闭大 KV 端的 RF 欠拟合
> **状态:** 已完成profile gate PASSglobal merge gate FAIL
>
> Parent campaign[`../frontier-simulator-gap-campaign-v0/README.md`](../frontier-simulator-gap-campaign-v0/README.md)
## Claim 与决策
- **Parent claim** profile-v5 已补齐 chunked-prefill KV-context 测量,但当前 RF 仍在 TP1/2/4 的新网格上产生约 12%--14% self-fit MAPE并在 TP1 真实 trace 中留下 13% 到 22% TTFT 偏差。
- **目的:** 检查该 residual 是否来自可工程修复的 predictor representation而不是 profile 数据或 serving path。
- **Competing hypotheses**
- H1standard prefill 模型错误混入 pure multi-request rows且 RF 对连续 attention scaling 作阶梯平滑;使用单请求数据和结构化 `base(q)+KV×(a+bq)` 可关闭残余。
- H2残余主要来自未建模的 serving-path 组件;替换 predictor 不会改善 7-cell trace fidelity。
- **事前预测:**
- H1held-out context MAPE ≤5%TP1 TTFT mean/p99 绝对偏差至少改善 5 pp。
- H2profile gate 失败,或 profile gate 通过但 trace TTFT 几乎不动。
- **判定规则:**
- profile gateTP1/2/4 held-out context MAPE 均 ≤5%q/KV 单调且预测非负。
- trace gate两个 TP1 cell 的 TTFT mean/p99 |bias| 各改善 ≥5 ppTP2/TP4 任一 TTFT/E2E quantile 不恶化 >5 pp。
- profile gate 失败即停止trace gate 失败则回退 patch不进入 EXP-2。
## Setup
- **自变量:**
- A现有 RFstandard prefill 全部非 true-mixed rows。
- B现有 RF但仅 `batch_size=1`
- C`batch_size=1` 的 structured predictor
- `base(q)`KV=0 profile 的单调分段线性插值;
- growth非负 least-squares `KV×(a+bq)`
- **控制变量:** attention/linear/MoE/collective profile、trace、prefix cache、scheduler、graph mode、KV blocks、MNS、全部 argv。
- **System context** Qwen3-30B-A3B BF16H20Frontier `deadc4a3`TP1/2/4MNS16chunk 8192prefix caching。
- **Workload 或 trace** 现有 7-cell 60-min production chat trace matrixreal 侧每 cell 两个 trial。
- **Baselines** `docs/assets/frontier-fidelity/full-matrix.csv` 的 sim-v5。
- **Metrics**
- profilegrid fit MAPE、leave-one-context MAPE/max error、q/KV monotonicity
- tracerequest-ID paired bias每个 real trial 单独计算后报告 mean 与 trial interval
- queue validitywaiting p99TP1 超过 1 s 的 cell 标为 diagnostic。
## 预期产物与 review
- **预期数据:** `results/predictor-ablation.{json,csv}``replay/<cell>/``results/paired-verdict.json`
- **Figure prototype** `figure-prototype.png`;左图为 q8k 随 KV 增长的 actual/RF/structured右图为 7-cell TTFT bias 的事前期望。
- **人工 review** 已按 campaign 顺序批准执行。
- **Review 意见:** 只改 standard single-request predictor不得改 mixed predictor 或任何 profile row。
## 复现信息
- **Code** Frontier base `deadc4a321f0baaa534c6ebd17f974123733cdc2`;实验 patch 将保存为 `frontier-structured-attn.patch` 并记录 SHA256。
- **Environment** 本地 CPU replayPython dependency roots 复用 `runs/frontier-collective-joint-v0/counterfactual/joint-r2/manifest.json`
- **产物路径:** 本目录。
- **已知 deviation** milestone 文档将 7-cell 口径称为“逐 request paired”但旧脚本实际 pool 两个 real trial 后比较 quantile本实验会修正分析口径不改旧结果文件。
## 预分析事实
- 现有训练代码使用 `["kv_cache_size", "prefill_chunk_size_squared"]` 与 RF grid search。
- runtime cache 注释明确 standard model 是 per-request多请求 prefill 在模型存在时走 `attn_prefill_mixed`
- profile-v5 的 standard 训练集每 TP 有 29 行,其中单请求 23 行;有 4 组相同 `(KV,q²)` feature 对应多个 pure-batch 标签。
- 初步 structured candidate 的 leave-one-context MAPETP1 0.84%、TP2 1.61%、TP4 3.01%max error 分别 2.04%、3.47%、5.49%。这些是实现前的临时计算,须由版本化脚本复现后才进入结果。
## 结果
- **观察事实:**
- structured held-out-context MAPE 为 TP1/2/4=`0.84%/1.60%/3.01%`
当前 RF 为 `44.40%/44.20%/43.54%`。单调/非负 gate 通过。
- TP1 两点 TTFT mean bias `13.5/17.7% → 6.3/9.5%`p99
`16.8/22.1% → 8.6/14.4%`
- TP2 两点 TTFT mean bias `11.2/14.1% → 4.5/7.1%`p99
`17.3/19.4% → 7.7/9.0%`
- TP4 三点 TTFT mean bias `+2.5/+2.9/0.1% → +7.8/+8.4/+6.0%`
三点均使绝对误差恶化 `5.3--5.8 pp`,触发预设回归 gate。
- validity 重新审计TP1 两点 waiting p99=`1.34/1.89 s`TP2
ρ=.005=`1.17 s`,均标为 `GATE_FAIL_DIAGNOSTIC`。其余四点通过。
- **异常:** TP4 ρ=.005 的 TPOT p99 从 `+31.2%` 变为 `+36.6%`
表明该 tail 对 prefill/mixed-decode 相位敏感,不是本 patch 能关闭的稳定
decode predictor 偏差。
- **含义:** H1 的 representation 机制得到支持,但“全局替换 RF 可直接提升
7-cell fidelity”被反驳。TP4 原先接近零的 mean TTFT 含有 predictor
欠拟合与其它正向 residual 的误差抵消;单独修正 attention 会揭开后者。
- **Claim update** structured predictor 是明确的工程候选,但必须与 TP4
residual 联合收敛后才可 merge当前 patch 只保留为 ablation。
- **下一步:** EXP-2 先重算 structured 分支的 TP2 chunk-level residual
仅 residual ≥10% 才运行 GPU serving-path 三臂 profile。

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{
"cc_cache": "/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/counterfactual/cc-cache",
"cells": {
"tp1_mns16": {
"argv": [
"/usr/bin/python3",
"/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/run_frontier_with_curves.py",
"--simulation_mode",
"online",
"--sys_arch",
"co-location",
"--cc_backend_config_type",
"vidur",
"--cluster_config_num_replicas",
"1",
"--cluster_scheduler_config_type",
"sticky_round_robin",
"--replica_config_model_name",
"qwen3-a3b-30b-moe",
"--replica_config_device",
"h20",
"--replica_config_network_device",
"h20_dgx",
"--replica_config_attn_tensor_parallel_size",
"1",
"--replica_config_attn_data_parallel_size",
"1",
"--replica_config_moe_tensor_parallel_size",
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"--replica_config_moe_expert_parallel_size",
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"--replica_config_num_pipeline_stages",
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"--replica_scheduler_config_type",
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"--decode_cuda_graph_mode",
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"--vllm_v1_scheduler_config_batch_size_cap",
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"--vllm_v1_scheduler_config_max_tokens_in_batch",
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"--vllm_v1_scheduler_config_long_prefill_token_threshold",
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"--vllm_v1_scheduler_config_block_size",
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"--vllm_v1_scheduler_config_gpu_memory_utilization",
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"--request_generator_config_type",
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"--trace_request_generator_config_trace_file",
"/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/counterfactual/joint-r2/inputs/tp1-frontier.csv",
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"--metrics_config_output_dir",
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"--no-metrics_config_write_json_trace",
"--metrics_config_store_frontier_stage_batch_ledger",
"--no-random_forrest_execution_time_predictor_config_enable_dummy_mode",
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"--random_forrest_execution_time_predictor_config_prediction_max_tokens_per_request",
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"2",
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"16",
"24",
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"--vidur_cc_backend_config_k_fold_cv_splits",
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"/usr/bin/python3",
"/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/run_frontier_with_curves.py",
"--simulation_mode",
"online",
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"--request_generator_config_type",
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"--trace_request_generator_config_trace_file",
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"--metrics_config_output_dir",
"/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/counterfactual/joint-r2/sim/tp2_mns16/metrics",
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"--metrics_config_write_metrics",
"--metrics_config_store_request_metrics",
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"--no-metrics_config_enable_chrome_trace",
"--no-metrics_config_write_json_trace",
"--metrics_config_store_frontier_stage_batch_ledger",
"--no-random_forrest_execution_time_predictor_config_enable_dummy_mode",
"--random_forrest_execution_time_predictor_config_linear_op_input_file",
"/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-profiles/profile-v4-trace-final/linear_op.csv",
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"/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-profiles/profile-v4-trace-final/attention.csv",
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"/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-profiles/frozen-kernel-only/linear_op.csv",
"--random_forrest_execution_time_predictor_config_atten_kernel_only_input_file",
"/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-profiles/frozen-kernel-only/attention.csv",
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"/usr/bin/python3",
"/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/run_frontier_with_curves.py",
"--simulation_mode",
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"--cluster_scheduler_config_type",
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"--replica_config_moe_expert_parallel_size",
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"--vllm_v1_scheduler_config_num_blocks_mode",
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"--request_generator_config_type",
"trace_replay",
"--trace_request_generator_config_trace_file",
"/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/counterfactual/joint-r2/inputs/tp4-frontier.csv",
"--trace_request_generator_config_max_tokens",
"40960",
"--metrics_config_output_dir",
"/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/counterfactual/joint-r2/sim/tp4_mns16/metrics",
"--metrics_config_run_id",
"joint_tp4_mns16",
"--metrics_config_write_metrics",
"--metrics_config_store_request_metrics",
"--metrics_config_store_batch_metrics",
"--metrics_config_store_token_completion_metrics",
"--metrics_config_store_utilization_metrics",
"--no-metrics_config_store_plots",
"--no-metrics_config_enable_chrome_trace",
"--no-metrics_config_write_json_trace",
"--metrics_config_store_frontier_stage_batch_ledger",
"--no-random_forrest_execution_time_predictor_config_enable_dummy_mode",
"--random_forrest_execution_time_predictor_config_linear_op_input_file",
"/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-profiles/profile-v4-trace-final/linear_op.csv",
"--random_forrest_execution_time_predictor_config_atten_input_file",
"/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-profiles/profile-v4-trace-final/attention.csv",
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"/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-profiles/profile-v4-trace-final/moe.csv",
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"/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-profiles/frozen-kernel-only/linear_op.csv",
"--random_forrest_execution_time_predictor_config_atten_kernel_only_input_file",
"/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-profiles/frozen-kernel-only/attention.csv",
"--random_forrest_execution_time_predictor_config_moe_kernel_only_input_file",
"/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-profiles/frozen-kernel-only/moe.csv",
"--random_forrest_execution_time_predictor_config_prediction_max_prefill_chunk_size",
"8192",
"--random_forrest_execution_time_predictor_config_prediction_max_batch_size",
"32",
"--random_forrest_execution_time_predictor_config_prediction_max_tokens_per_request",
"40960",
"--random_forrest_execution_time_predictor_config_no_cache",
"--random_forrest_execution_time_predictor_config_skip_cpu_overhead_modeling",
"--vllm_v1_scheduler_config_num_blocks",
"191882",
"--vllm_v1_scheduler_config_enable_chunked_prefill",
"--random_forrest_execution_time_predictor_config_num_training_job_threads",
"4",
"--cudagraph_capture_sizes",
"1",
"2",
"4",
"8",
"16",
"24",
"32",
"--vidur_cc_backend_config_all_reduce_input_file",
"/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-profiles/measured-allreduce.csv",
"--vidur_cc_backend_config_cache_dir",
"/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/counterfactual/cc-cache",
"--vidur_cc_backend_config_k_fold_cv_splits",
"6",
"--vidur_cc_backend_config_num_training_job_threads",
"1",
"--metrics_config_cache_dir",
"/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/counterfactual/model-cache"
],
"log": "/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/counterfactual/joint-r2/logs/tp4_mns16.log",
"source_command": "/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-lo-fixed-pd-cells/sim/fixed-pd/runs/tp4_mns16/tp4/command.json",
"source_command_sha256": "9bbcf10446336ba5885193f391dd628cd18ff64d91a51ebcd463ffd24be95532",
"usage": "/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/counterfactual/joint-r2/usage/tp4_mns16.json"
},
"tp4_mns32": {
"argv": [
"/usr/bin/python3",
"/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/run_frontier_with_curves.py",
"--simulation_mode",
"online",
"--sys_arch",
"co-location",
"--cc_backend_config_type",
"vidur",
"--cluster_config_num_replicas",
"1",
"--cluster_scheduler_config_type",
"sticky_round_robin",
"--replica_config_model_name",
"qwen3-a3b-30b-moe",
"--replica_config_device",
"h20",
"--replica_config_network_device",
"h20_dgx",
"--replica_config_attn_tensor_parallel_size",
"4",
"--replica_config_attn_data_parallel_size",
"1",
"--replica_config_moe_tensor_parallel_size",
"4",
"--replica_config_moe_expert_parallel_size",
"1",
"--replica_config_num_pipeline_stages",
"1",
"--replica_scheduler_config_type",
"vllm_v1",
"--decode_cuda_graph_mode",
"piecewise",
"--vllm_v1_scheduler_config_batch_size_cap",
"32",
"--vllm_v1_scheduler_config_max_tokens_in_batch",
"8192",
"--vllm_v1_scheduler_config_long_prefill_token_threshold",
"0",
"--vllm_v1_scheduler_config_block_size",
"16",
"--vllm_v1_scheduler_config_num_blocks_mode",
"explicit",
"--vllm_v1_scheduler_config_gpu_memory_utilization",
"0.92",
"--vllm_v1_scheduler_config_non_kv_cache_overhead_bytes",
"0",
"--request_generator_config_type",
"trace_replay",
"--trace_request_generator_config_trace_file",
"/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/counterfactual/joint-r2/inputs/tp4-frontier.csv",
"--trace_request_generator_config_max_tokens",
"40960",
"--metrics_config_output_dir",
"/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/counterfactual/joint-r2/sim/tp4_mns32/metrics",
"--metrics_config_run_id",
"joint_tp4_mns32",
"--metrics_config_write_metrics",
"--metrics_config_store_request_metrics",
"--metrics_config_store_batch_metrics",
"--metrics_config_store_token_completion_metrics",
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"--no-metrics_config_store_plots",
"--no-metrics_config_enable_chrome_trace",
"--no-metrics_config_write_json_trace",
"--metrics_config_store_frontier_stage_batch_ledger",
"--no-random_forrest_execution_time_predictor_config_enable_dummy_mode",
"--random_forrest_execution_time_predictor_config_linear_op_input_file",
"/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-profiles/profile-v4-trace-final/linear_op.csv",
"--random_forrest_execution_time_predictor_config_atten_input_file",
"/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-profiles/profile-v4-trace-final/attention.csv",
"--random_forrest_execution_time_predictor_config_moe_input_file",
"/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-profiles/profile-v4-trace-final/moe.csv",
"--random_forrest_execution_time_predictor_config_linear_op_kernel_only_input_file",
"/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-profiles/frozen-kernel-only/linear_op.csv",
"--random_forrest_execution_time_predictor_config_atten_kernel_only_input_file",
"/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-profiles/frozen-kernel-only/attention.csv",
"--random_forrest_execution_time_predictor_config_moe_kernel_only_input_file",
"/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-profiles/frozen-kernel-only/moe.csv",
"--random_forrest_execution_time_predictor_config_prediction_max_prefill_chunk_size",
"8192",
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"64",
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"191786",
"--vllm_v1_scheduler_config_enable_chunked_prefill",
"--random_forrest_execution_time_predictor_config_num_training_job_threads",
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"8",
"16",
"24",
"32",
"40",
"48",
"56",
"64",
"--vidur_cc_backend_config_all_reduce_input_file",
"/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-profiles/measured-allreduce.csv",
"--vidur_cc_backend_config_cache_dir",
"/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/counterfactual/cc-cache",
"--vidur_cc_backend_config_k_fold_cv_splits",
"6",
"--vidur_cc_backend_config_num_training_job_threads",
"1",
"--metrics_config_cache_dir",
"/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/counterfactual/model-cache"
],
"log": "/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/counterfactual/joint-r2/logs/tp4_mns32.log",
"source_command": "/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-lo-fixed-pd-cells/sim/fixed-pd/runs/tp4_mns32/tp4/command.json",
"source_command_sha256": "fbc7dee55590b415ed1cde8072de835ed155a0c20ba0eb305c3cb22aa8065a51",
"usage": "/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/counterfactual/joint-r2/usage/tp4_mns32.json"
}
},
"collective_curve": "/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/results/collective-curve.json",
"collective_curve_sha256": "f9543649d4ea78f08240bf1284ab74083aa5cf5671ed47e386047f1453300b36",
"collective_curve_variant": "drop_mean",
"frontier_checkout": "/tmp/frontier-attn-structured-v0",
"frontier_commit": "1f8900a4ac64e45754b03d0aa7c1dddab65785cf",
"mode": "joint",
"model_cache": "/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/counterfactual/model-cache",
"moe_curve": "/home/gahow/phd/aituner/runs/frontier-fused-moe-profile-v0/results/fused-moe-curve.json",
"moe_curve_sha256": "b94d65d9d581adefcc6c14ed4920cce6a1136f74f1014737dc3e4249bc8250d2",
"python": "/usr/bin/python3",
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"/home/gahow/phd/aituner/runs/frontier-collective-joint-v0/python-deps",
"/home/gahow/.cache/uv/archive-v0/-_kzErLcPO5nASZFX8b9k",
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"/home/gahow/.cache/uv/archive-v0/3_qxZ5Ll-EpVAGZfbksfe"
],
"traces": {
"1": {
"first_arrival_s": 0.0,
"last_arrival_s": 595.348837209302,
"requests": 129,
"source_request_metrics": "/home/gahow/phd/aituner/runs/frontier-split-rootcause-v0/frozen-inputs/q30-lo-fixed-pd-cells/sim/fixed-pd/runs/tp1_mns16/tp1/metrics/qwen3_a3b_30b_moe/online_serving/qwen30_trace_tp1_mns16_tp1/request_metrics.csv",
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}

View File

@@ -0,0 +1,72 @@
#!/usr/bin/env python3
"""Schematic figure frozen before EXP-ATTN-STRUCTURED execution."""
from pathlib import Path
import matplotlib
matplotlib.use("Agg")
import matplotlib.pyplot as plt
import numpy as np
ROOT = Path(__file__).resolve().parent
SURFACE = "#fcfcfb"
INK = "#111111"
MUTED = "#77736c"
GRID = "#dedbd2"
RF = "#d95f02"
STRUCTURED = "#1b75bc"
fig, axes = plt.subplots(1, 2, figsize=(10.8, 4.2), dpi=160)
fig.patch.set_facecolor(SURFACE)
for ax in axes:
ax.set_facecolor(SURFACE)
ax.grid(axis="y", color=GRID, linewidth=0.8)
ax.set_axisbelow(True)
ax.spines[["top", "right"]].set_visible(False)
ax.tick_params(colors=MUTED, labelsize=8)
kv = np.array([8, 16, 24], dtype=float)
actual = np.array([11.97, 19.92, 27.84])
rf = np.array([9.46, 16.40, 24.52])
structured_expected = np.array([12.0, 19.9, 27.9])
axes[0].plot(kv, actual, "o-", color=INK, label="profile actual")
axes[0].plot(kv, rf, "s--", color=RF, label="current RF")
axes[0].plot(
kv,
structured_expected,
"^:",
color=STRUCTURED,
label="structured (expected)",
)
axes[0].set_xlabel("KV context (ktok)")
axes[0].set_ylabel("TP1 q8k attention time (ms)")
axes[0].set_title("(a) Continuous KV growth", loc="left", fontsize=10)
axes[0].legend(frameon=False, fontsize=8)
labels = ["TP1\n.00125", "TP1\n.0025", "TP2\n.0025", "TP2\n.005",
"TP4\n.0025", "TP4\n.005", "TP4\n.01"]
x = np.arange(len(labels))
v5_mean = np.array([-13.5, -17.7, -11.2, -14.1, 2.5, 2.9, -0.2])
expected = np.array([-5, -8, -9, -11, 3, 3, 0])
axes[1].axhspan(-15, 15, color=GRID, alpha=0.5)
axes[1].axhline(0, color=MUTED, linewidth=0.8)
axes[1].plot(x, v5_mean, "o-", color=RF, label="sim-v5 measured")
axes[1].plot(x, expected, "s--", color=STRUCTURED, label="H1 expected")
axes[1].set_xticks(x, labels)
axes[1].set_ylabel("TTFT mean bias (%)")
axes[1].set_title("(b) 7-cell trace gate", loc="left", fontsize=10)
axes[1].legend(frameon=False, fontsize=8)
fig.suptitle(
"MOCK / schematic — EXP-ATTN-STRUCTURED (not measured results)",
x=0.01,
ha="left",
color=RF,
fontsize=9,
)
fig.tight_layout(rect=(0, 0, 1, 0.95))
fig.savefig(ROOT / "figure-prototype.png", facecolor=SURFACE)
fig.savefig(ROOT / "figure-prototype.svg", facecolor=SURFACE)
print(ROOT / "figure-prototype.png")

View File

@@ -0,0 +1,10 @@
candidate,training_rows,grid_fit_mape_pct,single_fit_mape_pct,heldout_context_mape_pct,heldout_context_max_abs_error_pct,prediction_min_ms,q_min_delta_ms,kv_min_delta_ms,monotone_and_nonnegative,tp
rf_all,29,15.074275515235467,19.842994757611535,44.40139318281943,82.78279487156401,0.06029164119272453,0.0,-4.2841601371801374e-05,False,1
rf_single,23,11.834992526698676,22.893412972496023,34.45356428541224,62.49334437588834,0.059327708247725125,-0.00022153525203457564,-1.4336001873005433e-05,False,1
structured_single,23,0.8432511364168856,2.227110646811972,0.841926169535806,2.0408978739639134,0.05679146709541477,0.0,0.0016745062683911627,True,1
rf_all,29,13.812689689573157,17.879870012606048,44.20143320278334,82.0656368501208,0.06000113548192927,-0.004361070463210395,-0.009949388915300408,False,2
rf_single,23,10.738962684891058,20.818820413545826,34.84360402100271,66.67253880294443,0.059971319361210015,-0.003811210796127021,-0.009949388915300408,False,2
structured_single,23,1.518412258922364,6.226292654776418,1.6047958673086566,3.464671475193195,0.05767893331746252,0.0,0.0013929374121726124,True,2
rf_all,29,14.117015331381916,15.49366794487052,43.53650868837558,81.33508178007524,0.05866772018640992,-0.0009967416035880083,-5.5955198407176e-05,False,4
rf_single,23,12.07517666989496,17.672692652721008,34.14562332866605,62.31478818862995,0.058213693721655094,-0.0012244979345549661,-8.259841203689389e-05,False,4
structured_single,23,3.088740104976349,5.969109476280061,3.0103379904473164,5.490598706238697,0.05747733327249683,0.0,0.0012048051417407057,True,4
1 candidate training_rows grid_fit_mape_pct single_fit_mape_pct heldout_context_mape_pct heldout_context_max_abs_error_pct prediction_min_ms q_min_delta_ms kv_min_delta_ms monotone_and_nonnegative tp
2 rf_all 29 15.074275515235467 19.842994757611535 44.40139318281943 82.78279487156401 0.06029164119272453 0.0 -4.2841601371801374e-05 False 1
3 rf_single 23 11.834992526698676 22.893412972496023 34.45356428541224 62.49334437588834 0.059327708247725125 -0.00022153525203457564 -1.4336001873005433e-05 False 1
4 structured_single 23 0.8432511364168856 2.227110646811972 0.841926169535806 2.0408978739639134 0.05679146709541477 0.0 0.0016745062683911627 True 1
5 rf_all 29 13.812689689573157 17.879870012606048 44.20143320278334 82.0656368501208 0.06000113548192927 -0.004361070463210395 -0.009949388915300408 False 2
6 rf_single 23 10.738962684891058 20.818820413545826 34.84360402100271 66.67253880294443 0.059971319361210015 -0.003811210796127021 -0.009949388915300408 False 2
7 structured_single 23 1.518412258922364 6.226292654776418 1.6047958673086566 3.464671475193195 0.05767893331746252 0.0 0.0013929374121726124 True 2
8 rf_all 29 14.117015331381916 15.49366794487052 43.53650868837558 81.33508178007524 0.05866772018640992 -0.0009967416035880083 -5.5955198407176e-05 False 4
9 rf_single 23 12.07517666989496 17.672692652721008 34.14562332866605 62.31478818862995 0.058213693721655094 -0.0012244979345549661 -8.259841203689389e-05 False 4
10 structured_single 23 3.088740104976349 5.969109476280061 3.0103379904473164 5.490598706238697 0.05747733327249683 0.0 0.0012048051417407057 True 4

View File

@@ -0,0 +1,149 @@
{
"schema": "frontier-attn-structured-ablation-v1",
"profile": "/home/gahow/phd/aituner/runs/frontier-prefill-kvgrowth-fix-v0/profiles/profile-v5-kvgrowth/attention.csv",
"frontier_checkout": "/tmp/frontier-attn-structured-v0",
"data_audit": {
"tp1": {
"standard_rows": 29,
"single_request_rows": 23,
"target_grid_rows": 10,
"duplicate_feature_groups": 4
},
"tp2": {
"standard_rows": 29,
"single_request_rows": 23,
"target_grid_rows": 10,
"duplicate_feature_groups": 4
},
"tp4": {
"standard_rows": 29,
"single_request_rows": 23,
"target_grid_rows": 10,
"duplicate_feature_groups": 4
}
},
"results": [
{
"candidate": "rf_all",
"training_rows": 29,
"grid_fit_mape_pct": 15.074275515235467,
"single_fit_mape_pct": 19.842994757611535,
"heldout_context_mape_pct": 44.40139318281943,
"heldout_context_max_abs_error_pct": 82.78279487156401,
"prediction_min_ms": 0.06029164119272453,
"q_min_delta_ms": 0.0,
"kv_min_delta_ms": -4.2841601371801374e-05,
"monotone_and_nonnegative": false,
"tp": 1
},
{
"candidate": "rf_single",
"training_rows": 23,
"grid_fit_mape_pct": 11.834992526698676,
"single_fit_mape_pct": 22.893412972496023,
"heldout_context_mape_pct": 34.45356428541224,
"heldout_context_max_abs_error_pct": 62.49334437588834,
"prediction_min_ms": 0.059327708247725125,
"q_min_delta_ms": -0.00022153525203457564,
"kv_min_delta_ms": -1.4336001873005433e-05,
"monotone_and_nonnegative": false,
"tp": 1
},
{
"candidate": "structured_single",
"training_rows": 23,
"grid_fit_mape_pct": 0.8432511364168856,
"single_fit_mape_pct": 2.227110646811972,
"heldout_context_mape_pct": 0.841926169535806,
"heldout_context_max_abs_error_pct": 2.0408978739639134,
"prediction_min_ms": 0.05679146709541477,
"q_min_delta_ms": 0.0,
"kv_min_delta_ms": 0.0016745062683911627,
"monotone_and_nonnegative": true,
"tp": 1
},
{
"candidate": "rf_all",
"training_rows": 29,
"grid_fit_mape_pct": 13.812689689573157,
"single_fit_mape_pct": 17.879870012606048,
"heldout_context_mape_pct": 44.20143320278334,
"heldout_context_max_abs_error_pct": 82.0656368501208,
"prediction_min_ms": 0.06000113548192927,
"q_min_delta_ms": -0.004361070463210395,
"kv_min_delta_ms": -0.009949388915300408,
"monotone_and_nonnegative": false,
"tp": 2
},
{
"candidate": "rf_single",
"training_rows": 23,
"grid_fit_mape_pct": 10.738962684891058,
"single_fit_mape_pct": 20.818820413545826,
"heldout_context_mape_pct": 34.84360402100271,
"heldout_context_max_abs_error_pct": 66.67253880294443,
"prediction_min_ms": 0.059971319361210015,
"q_min_delta_ms": -0.003811210796127021,
"kv_min_delta_ms": -0.009949388915300408,
"monotone_and_nonnegative": false,
"tp": 2
},
{
"candidate": "structured_single",
"training_rows": 23,
"grid_fit_mape_pct": 1.518412258922364,
"single_fit_mape_pct": 6.226292654776418,
"heldout_context_mape_pct": 1.6047958673086566,
"heldout_context_max_abs_error_pct": 3.464671475193195,
"prediction_min_ms": 0.05767893331746252,
"q_min_delta_ms": 0.0,
"kv_min_delta_ms": 0.0013929374121726124,
"monotone_and_nonnegative": true,
"tp": 2
},
{
"candidate": "rf_all",
"training_rows": 29,
"grid_fit_mape_pct": 14.117015331381916,
"single_fit_mape_pct": 15.49366794487052,
"heldout_context_mape_pct": 43.53650868837558,
"heldout_context_max_abs_error_pct": 81.33508178007524,
"prediction_min_ms": 0.05866772018640992,
"q_min_delta_ms": -0.0009967416035880083,
"kv_min_delta_ms": -5.5955198407176e-05,
"monotone_and_nonnegative": false,
"tp": 4
},
{
"candidate": "rf_single",
"training_rows": 23,
"grid_fit_mape_pct": 12.07517666989496,
"single_fit_mape_pct": 17.672692652721008,
"heldout_context_mape_pct": 34.14562332866605,
"heldout_context_max_abs_error_pct": 62.31478818862995,
"prediction_min_ms": 0.058213693721655094,
"q_min_delta_ms": -0.0012244979345549661,
"kv_min_delta_ms": -8.259841203689389e-05,
"monotone_and_nonnegative": false,
"tp": 4
},
{
"candidate": "structured_single",
"training_rows": 23,
"grid_fit_mape_pct": 3.088740104976349,
"single_fit_mape_pct": 5.969109476280061,
"heldout_context_mape_pct": 3.0103379904473164,
"heldout_context_max_abs_error_pct": 5.490598706238697,
"prediction_min_ms": 0.05747733327249683,
"q_min_delta_ms": 0.0,
"kv_min_delta_ms": 0.0012048051417407057,
"monotone_and_nonnegative": true,
"tp": 4
}
],
"checks": {
"heldout_context_mape_le_5pct": true,
"monotone_and_nonnegative": true,
"profile_gate": true
}
}

View File

@@ -0,0 +1,85 @@
cell,metric,quantile,old_bias,new_bias,abs_bias_delta_pp,validity
tp1_rho0p00125,ttft,mean,-0.13461915993830945,-0.06328385143753473,-7.133530850077471,GATE_FAIL_DIAGNOSTIC
tp1_rho0p00125,ttft,p50,-0.1888032883165517,-0.1117698463137391,-7.7033442002812595,GATE_FAIL_DIAGNOSTIC
tp1_rho0p00125,ttft,p90,-0.23223319000679374,-0.0884727580604037,-14.376043194639005,GATE_FAIL_DIAGNOSTIC
tp1_rho0p00125,ttft,p99,-0.16824856840168442,-0.08585570369326061,-8.239286470842382,GATE_FAIL_DIAGNOSTIC
tp1_rho0p00125,tpot,mean,0.1305653876178269,0.14303898259628217,1.2473594978455265,GATE_FAIL_DIAGNOSTIC
tp1_rho0p00125,tpot,p50,0.16837991778063455,0.1688780144991309,0.04980967184963492,GATE_FAIL_DIAGNOSTIC
tp1_rho0p00125,tpot,p90,0.012855564422932954,0.02293841255516459,1.0082848132231637,GATE_FAIL_DIAGNOSTIC
tp1_rho0p00125,tpot,p99,-0.08151080694091946,-0.06480973978913974,-1.6701067151779714,GATE_FAIL_DIAGNOSTIC
tp1_rho0p00125,e2e,mean,0.06539157436639341,0.0838094906426525,1.8417916276259092,GATE_FAIL_DIAGNOSTIC
tp1_rho0p00125,e2e,p50,0.10867934171755954,0.11142188099086506,0.2742539273305519,GATE_FAIL_DIAGNOSTIC
tp1_rho0p00125,e2e,p90,0.10946179160934073,0.11872607178176105,0.9264280172420314,GATE_FAIL_DIAGNOSTIC
tp1_rho0p00125,e2e,p99,-0.0657146472433028,-0.04585643943465822,-1.9858207808644577,GATE_FAIL_DIAGNOSTIC
tp1_rho0p0025,ttft,mean,-0.17677087458166194,-0.09487906467830536,-8.189180990335657,GATE_FAIL_DIAGNOSTIC
tp1_rho0p0025,ttft,p50,0.008311436147272566,0.015508635458377175,0.7197199311104608,GATE_FAIL_DIAGNOSTIC
tp1_rho0p0025,ttft,p90,-0.2608553178054708,-0.129865645852306,-13.098967195316478,GATE_FAIL_DIAGNOSTIC
tp1_rho0p0025,ttft,p99,-0.22116442296103195,-0.14410151018893788,-7.706291277209407,GATE_FAIL_DIAGNOSTIC
tp1_rho0p0025,tpot,mean,0.014380733682430142,0.052302860177306544,3.7922126494876403,GATE_FAIL_DIAGNOSTIC
tp1_rho0p0025,tpot,p50,0.13351145963877706,0.14244154194999165,0.8930082311214588,GATE_FAIL_DIAGNOSTIC
tp1_rho0p0025,tpot,p90,-0.05456950130438105,0.018069551387063856,-3.649994991731719,GATE_FAIL_DIAGNOSTIC
tp1_rho0p0025,tpot,p99,-0.23635406197836167,-0.1790206784227079,-5.733338355565376,GATE_FAIL_DIAGNOSTIC
tp1_rho0p0025,e2e,mean,-0.020164189983441452,0.01563919326555167,-0.4524996717889782,GATE_FAIL_DIAGNOSTIC
tp1_rho0p0025,e2e,p50,0.07632815851795742,0.10505951594320918,2.8731357425251765,GATE_FAIL_DIAGNOSTIC
tp1_rho0p0025,e2e,p90,0.049809009042946335,0.08165607475145953,3.1847065708513194,GATE_FAIL_DIAGNOSTIC
tp1_rho0p0025,e2e,p99,-0.18303183751478602,-0.15333409130015813,-2.96977462146279,GATE_FAIL_DIAGNOSTIC
tp2_rho0p0025,ttft,mean,-0.11161154024124531,-0.045433491316312524,-6.617804892493279,PASS_SUBCRITICAL
tp2_rho0p0025,ttft,p50,-0.18420934047220774,-0.0875990583320057,-9.661028214020204,PASS_SUBCRITICAL
tp2_rho0p0025,ttft,p90,-0.21836264490202395,-0.1142200855839675,-10.414255931805645,PASS_SUBCRITICAL
tp2_rho0p0025,ttft,p99,-0.17283197594971011,-0.07674087497700505,-9.609110097270507,PASS_SUBCRITICAL
tp2_rho0p0025,tpot,mean,0.13711499081487563,0.15073709978689778,1.362210897202215,PASS_SUBCRITICAL
tp2_rho0p0025,tpot,p50,0.17555321305308488,0.18527285925405948,0.9719646200974597,PASS_SUBCRITICAL
tp2_rho0p0025,tpot,p90,0.0591579975137338,0.07863996768588354,1.9481970172149734,PASS_SUBCRITICAL
tp2_rho0p0025,tpot,p99,0.1300483675091633,0.1661995397125918,3.6151172203428503,PASS_SUBCRITICAL
tp2_rho0p0025,e2e,mean,0.10925353865257875,0.12696146154030977,1.7707922887731016,PASS_SUBCRITICAL
tp2_rho0p0025,e2e,p50,0.1339165600755408,0.14796251184179712,1.404595176625631,PASS_SUBCRITICAL
tp2_rho0p0025,e2e,p90,0.10666828724664539,0.12767235986604622,2.1004072619400835,PASS_SUBCRITICAL
tp2_rho0p0025,e2e,p99,-0.07437942975605877,-0.03965040123988098,-3.472902851617779,PASS_SUBCRITICAL
tp2_rho0p005,ttft,mean,-0.14129871969878843,-0.07082500585057615,-7.047371384821228,GATE_FAIL_DIAGNOSTIC
tp2_rho0p005,ttft,p50,-0.2042045530944649,-0.1284088888361358,-7.579566425832909,GATE_FAIL_DIAGNOSTIC
tp2_rho0p005,ttft,p90,-0.19003454588767263,-0.111136573344055,-7.889797254361763,GATE_FAIL_DIAGNOSTIC
tp2_rho0p005,ttft,p99,-0.19373351009539902,-0.09012556161973535,-10.360794847566366,GATE_FAIL_DIAGNOSTIC
tp2_rho0p005,tpot,mean,0.03117337438562004,0.05457336599027876,2.3399991604658723,GATE_FAIL_DIAGNOSTIC
tp2_rho0p005,tpot,p50,0.07668249597302182,0.0872512146277895,1.0568718654767675,GATE_FAIL_DIAGNOSTIC
tp2_rho0p005,tpot,p90,-0.03724827658429621,0.01132352325010614,-2.5924753334190074,GATE_FAIL_DIAGNOSTIC
tp2_rho0p005,tpot,p99,-0.10050436157089844,-0.05948329733667248,-4.102106423422596,GATE_FAIL_DIAGNOSTIC
tp2_rho0p005,e2e,mean,0.023867807624916495,0.050164236759908075,2.629642913499158,GATE_FAIL_DIAGNOSTIC
tp2_rho0p005,e2e,p50,0.07536668131278851,0.0912493994395978,1.588271812680929,GATE_FAIL_DIAGNOSTIC
tp2_rho0p005,e2e,p90,-0.03100470462321266,-0.0004979191794830456,-3.0506785443729614,GATE_FAIL_DIAGNOSTIC
tp2_rho0p005,e2e,p99,-0.04909581632382212,-0.0014369075488634014,-4.765890877495872,GATE_FAIL_DIAGNOSTIC
tp4_rho0p0025,ttft,mean,0.025022574738277282,0.07766646565061346,5.2643890912336175,PASS_SUBCRITICAL
tp4_rho0p0025,ttft,p50,-0.040042171846277425,0.029153379043297147,-1.0888792802980278,PASS_SUBCRITICAL
tp4_rho0p0025,ttft,p90,-0.056230097634382616,0.025222989748299444,-3.100710788608317,PASS_SUBCRITICAL
tp4_rho0p0025,ttft,p99,-0.07535478089127973,0.0205549324689376,-5.479984842234213,PASS_SUBCRITICAL
tp4_rho0p0025,tpot,mean,0.2170232618103144,0.2295170016795841,1.2493739869269715,PASS_SUBCRITICAL
tp4_rho0p0025,tpot,p50,0.22406751004936917,0.22406940610958842,0.00018960602192474862,PASS_SUBCRITICAL
tp4_rho0p0025,tpot,p90,0.1725668492041552,0.1795965483385546,0.7029699134399409,PASS_SUBCRITICAL
tp4_rho0p0025,tpot,p99,0.1603764334794579,0.254199450927048,9.382301744759008,PASS_SUBCRITICAL
tp4_rho0p0025,e2e,mean,0.18328079455378776,0.19190660476104554,0.8625810207257778,PASS_SUBCRITICAL
tp4_rho0p0025,e2e,p50,0.2057109615696404,0.21253242300694286,0.6821461437302473,PASS_SUBCRITICAL
tp4_rho0p0025,e2e,p90,0.1869703879211648,0.19279855916666536,0.5828171245500557,PASS_SUBCRITICAL
tp4_rho0p0025,e2e,p99,0.14838304065885655,0.15160588346499027,0.3222842806133719,PASS_SUBCRITICAL
tp4_rho0p005,ttft,mean,0.028648879997638963,0.08356973519379125,5.492085519615229,PASS_SUBCRITICAL
tp4_rho0p005,ttft,p50,0.028237979190582876,0.09021324737193111,6.197526818134823,PASS_SUBCRITICAL
tp4_rho0p005,ttft,p90,-0.055961238578361966,-0.0006012940489499138,-5.535994452941205,PASS_SUBCRITICAL
tp4_rho0p005,ttft,p99,-0.045491187615110146,0.05253708684194205,0.7045899226831902,PASS_SUBCRITICAL
tp4_rho0p005,tpot,mean,0.1707193936623511,0.1813506819061229,1.0631288243771824,PASS_SUBCRITICAL
tp4_rho0p005,tpot,p50,0.16851374859025317,0.1743324539248605,0.5818705334607321,PASS_SUBCRITICAL
tp4_rho0p005,tpot,p90,0.10492621353626864,0.11816822907155744,1.3242015535288796,PASS_SUBCRITICAL
tp4_rho0p005,tpot,p99,0.31231888769471766,0.3662267201704473,5.390783247572961,PASS_SUBCRITICAL
tp4_rho0p005,e2e,mean,0.151102823467785,0.1630793421767109,1.197651870892591,PASS_SUBCRITICAL
tp4_rho0p005,e2e,p50,0.1594213531394918,0.17360527090575292,1.418391776626113,PASS_SUBCRITICAL
tp4_rho0p005,e2e,p90,0.1266352410718406,0.13652104764058856,0.9885806568747962,PASS_SUBCRITICAL
tp4_rho0p005,e2e,p99,0.15576537699445703,0.17677450343779522,2.100912644333819,PASS_SUBCRITICAL
tp4_rho0p01,ttft,mean,-0.0014652143973501086,0.059650620031540064,5.8185405634189955,PASS_SUBCRITICAL
tp4_rho0p01,ttft,p50,0.22936601881498542,0.24159106387124998,1.2225045056264565,PASS_SUBCRITICAL
tp4_rho0p01,ttft,p90,-0.0646093465409875,-0.011548419893895705,-5.30609266470918,PASS_SUBCRITICAL
tp4_rho0p01,ttft,p99,-0.09621678853313553,-0.015475807392170575,-8.074098114096495,PASS_SUBCRITICAL
tp4_rho0p01,tpot,mean,0.06675609059150077,0.10596101263201793,3.9204922040517163,PASS_SUBCRITICAL
tp4_rho0p01,tpot,p50,0.08477302587551214,0.09703754188844527,1.2264516012933129,PASS_SUBCRITICAL
tp4_rho0p01,tpot,p90,0.0379183273767328,0.08369800201750718,4.577967464077439,PASS_SUBCRITICAL
tp4_rho0p01,tpot,p99,-0.010663954751357074,0.06667813160571406,5.601417685435699,PASS_SUBCRITICAL
tp4_rho0p01,e2e,mean,0.07212904317306096,0.09777288053702092,2.564383736395996,PASS_SUBCRITICAL
tp4_rho0p01,e2e,p50,0.12069215463307655,0.1388377217196832,1.8145567086606653,PASS_SUBCRITICAL
tp4_rho0p01,e2e,p90,0.03317293927357903,0.058060760567474216,2.4887821293895183,PASS_SUBCRITICAL
tp4_rho0p01,e2e,p99,0.0338378271163308,0.06380410696893425,2.996627985260345,PASS_SUBCRITICAL
1 cell metric quantile old_bias new_bias abs_bias_delta_pp validity
2 tp1_rho0p00125 ttft mean -0.13461915993830945 -0.06328385143753473 -7.133530850077471 GATE_FAIL_DIAGNOSTIC
3 tp1_rho0p00125 ttft p50 -0.1888032883165517 -0.1117698463137391 -7.7033442002812595 GATE_FAIL_DIAGNOSTIC
4 tp1_rho0p00125 ttft p90 -0.23223319000679374 -0.0884727580604037 -14.376043194639005 GATE_FAIL_DIAGNOSTIC
5 tp1_rho0p00125 ttft p99 -0.16824856840168442 -0.08585570369326061 -8.239286470842382 GATE_FAIL_DIAGNOSTIC
6 tp1_rho0p00125 tpot mean 0.1305653876178269 0.14303898259628217 1.2473594978455265 GATE_FAIL_DIAGNOSTIC
7 tp1_rho0p00125 tpot p50 0.16837991778063455 0.1688780144991309 0.04980967184963492 GATE_FAIL_DIAGNOSTIC
8 tp1_rho0p00125 tpot p90 0.012855564422932954 0.02293841255516459 1.0082848132231637 GATE_FAIL_DIAGNOSTIC
9 tp1_rho0p00125 tpot p99 -0.08151080694091946 -0.06480973978913974 -1.6701067151779714 GATE_FAIL_DIAGNOSTIC
10 tp1_rho0p00125 e2e mean 0.06539157436639341 0.0838094906426525 1.8417916276259092 GATE_FAIL_DIAGNOSTIC
11 tp1_rho0p00125 e2e p50 0.10867934171755954 0.11142188099086506 0.2742539273305519 GATE_FAIL_DIAGNOSTIC
12 tp1_rho0p00125 e2e p90 0.10946179160934073 0.11872607178176105 0.9264280172420314 GATE_FAIL_DIAGNOSTIC
13 tp1_rho0p00125 e2e p99 -0.0657146472433028 -0.04585643943465822 -1.9858207808644577 GATE_FAIL_DIAGNOSTIC
14 tp1_rho0p0025 ttft mean -0.17677087458166194 -0.09487906467830536 -8.189180990335657 GATE_FAIL_DIAGNOSTIC
15 tp1_rho0p0025 ttft p50 0.008311436147272566 0.015508635458377175 0.7197199311104608 GATE_FAIL_DIAGNOSTIC
16 tp1_rho0p0025 ttft p90 -0.2608553178054708 -0.129865645852306 -13.098967195316478 GATE_FAIL_DIAGNOSTIC
17 tp1_rho0p0025 ttft p99 -0.22116442296103195 -0.14410151018893788 -7.706291277209407 GATE_FAIL_DIAGNOSTIC
18 tp1_rho0p0025 tpot mean 0.014380733682430142 0.052302860177306544 3.7922126494876403 GATE_FAIL_DIAGNOSTIC
19 tp1_rho0p0025 tpot p50 0.13351145963877706 0.14244154194999165 0.8930082311214588 GATE_FAIL_DIAGNOSTIC
20 tp1_rho0p0025 tpot p90 -0.05456950130438105 0.018069551387063856 -3.649994991731719 GATE_FAIL_DIAGNOSTIC
21 tp1_rho0p0025 tpot p99 -0.23635406197836167 -0.1790206784227079 -5.733338355565376 GATE_FAIL_DIAGNOSTIC
22 tp1_rho0p0025 e2e mean -0.020164189983441452 0.01563919326555167 -0.4524996717889782 GATE_FAIL_DIAGNOSTIC
23 tp1_rho0p0025 e2e p50 0.07632815851795742 0.10505951594320918 2.8731357425251765 GATE_FAIL_DIAGNOSTIC
24 tp1_rho0p0025 e2e p90 0.049809009042946335 0.08165607475145953 3.1847065708513194 GATE_FAIL_DIAGNOSTIC
25 tp1_rho0p0025 e2e p99 -0.18303183751478602 -0.15333409130015813 -2.96977462146279 GATE_FAIL_DIAGNOSTIC
26 tp2_rho0p0025 ttft mean -0.11161154024124531 -0.045433491316312524 -6.617804892493279 PASS_SUBCRITICAL
27 tp2_rho0p0025 ttft p50 -0.18420934047220774 -0.0875990583320057 -9.661028214020204 PASS_SUBCRITICAL
28 tp2_rho0p0025 ttft p90 -0.21836264490202395 -0.1142200855839675 -10.414255931805645 PASS_SUBCRITICAL
29 tp2_rho0p0025 ttft p99 -0.17283197594971011 -0.07674087497700505 -9.609110097270507 PASS_SUBCRITICAL
30 tp2_rho0p0025 tpot mean 0.13711499081487563 0.15073709978689778 1.362210897202215 PASS_SUBCRITICAL
31 tp2_rho0p0025 tpot p50 0.17555321305308488 0.18527285925405948 0.9719646200974597 PASS_SUBCRITICAL
32 tp2_rho0p0025 tpot p90 0.0591579975137338 0.07863996768588354 1.9481970172149734 PASS_SUBCRITICAL
33 tp2_rho0p0025 tpot p99 0.1300483675091633 0.1661995397125918 3.6151172203428503 PASS_SUBCRITICAL
34 tp2_rho0p0025 e2e mean 0.10925353865257875 0.12696146154030977 1.7707922887731016 PASS_SUBCRITICAL
35 tp2_rho0p0025 e2e p50 0.1339165600755408 0.14796251184179712 1.404595176625631 PASS_SUBCRITICAL
36 tp2_rho0p0025 e2e p90 0.10666828724664539 0.12767235986604622 2.1004072619400835 PASS_SUBCRITICAL
37 tp2_rho0p0025 e2e p99 -0.07437942975605877 -0.03965040123988098 -3.472902851617779 PASS_SUBCRITICAL
38 tp2_rho0p005 ttft mean -0.14129871969878843 -0.07082500585057615 -7.047371384821228 GATE_FAIL_DIAGNOSTIC
39 tp2_rho0p005 ttft p50 -0.2042045530944649 -0.1284088888361358 -7.579566425832909 GATE_FAIL_DIAGNOSTIC
40 tp2_rho0p005 ttft p90 -0.19003454588767263 -0.111136573344055 -7.889797254361763 GATE_FAIL_DIAGNOSTIC
41 tp2_rho0p005 ttft p99 -0.19373351009539902 -0.09012556161973535 -10.360794847566366 GATE_FAIL_DIAGNOSTIC
42 tp2_rho0p005 tpot mean 0.03117337438562004 0.05457336599027876 2.3399991604658723 GATE_FAIL_DIAGNOSTIC
43 tp2_rho0p005 tpot p50 0.07668249597302182 0.0872512146277895 1.0568718654767675 GATE_FAIL_DIAGNOSTIC
44 tp2_rho0p005 tpot p90 -0.03724827658429621 0.01132352325010614 -2.5924753334190074 GATE_FAIL_DIAGNOSTIC
45 tp2_rho0p005 tpot p99 -0.10050436157089844 -0.05948329733667248 -4.102106423422596 GATE_FAIL_DIAGNOSTIC
46 tp2_rho0p005 e2e mean 0.023867807624916495 0.050164236759908075 2.629642913499158 GATE_FAIL_DIAGNOSTIC
47 tp2_rho0p005 e2e p50 0.07536668131278851 0.0912493994395978 1.588271812680929 GATE_FAIL_DIAGNOSTIC
48 tp2_rho0p005 e2e p90 -0.03100470462321266 -0.0004979191794830456 -3.0506785443729614 GATE_FAIL_DIAGNOSTIC
49 tp2_rho0p005 e2e p99 -0.04909581632382212 -0.0014369075488634014 -4.765890877495872 GATE_FAIL_DIAGNOSTIC
50 tp4_rho0p0025 ttft mean 0.025022574738277282 0.07766646565061346 5.2643890912336175 PASS_SUBCRITICAL
51 tp4_rho0p0025 ttft p50 -0.040042171846277425 0.029153379043297147 -1.0888792802980278 PASS_SUBCRITICAL
52 tp4_rho0p0025 ttft p90 -0.056230097634382616 0.025222989748299444 -3.100710788608317 PASS_SUBCRITICAL
53 tp4_rho0p0025 ttft p99 -0.07535478089127973 0.0205549324689376 -5.479984842234213 PASS_SUBCRITICAL
54 tp4_rho0p0025 tpot mean 0.2170232618103144 0.2295170016795841 1.2493739869269715 PASS_SUBCRITICAL
55 tp4_rho0p0025 tpot p50 0.22406751004936917 0.22406940610958842 0.00018960602192474862 PASS_SUBCRITICAL
56 tp4_rho0p0025 tpot p90 0.1725668492041552 0.1795965483385546 0.7029699134399409 PASS_SUBCRITICAL
57 tp4_rho0p0025 tpot p99 0.1603764334794579 0.254199450927048 9.382301744759008 PASS_SUBCRITICAL
58 tp4_rho0p0025 e2e mean 0.18328079455378776 0.19190660476104554 0.8625810207257778 PASS_SUBCRITICAL
59 tp4_rho0p0025 e2e p50 0.2057109615696404 0.21253242300694286 0.6821461437302473 PASS_SUBCRITICAL
60 tp4_rho0p0025 e2e p90 0.1869703879211648 0.19279855916666536 0.5828171245500557 PASS_SUBCRITICAL
61 tp4_rho0p0025 e2e p99 0.14838304065885655 0.15160588346499027 0.3222842806133719 PASS_SUBCRITICAL
62 tp4_rho0p005 ttft mean 0.028648879997638963 0.08356973519379125 5.492085519615229 PASS_SUBCRITICAL
63 tp4_rho0p005 ttft p50 0.028237979190582876 0.09021324737193111 6.197526818134823 PASS_SUBCRITICAL
64 tp4_rho0p005 ttft p90 -0.055961238578361966 -0.0006012940489499138 -5.535994452941205 PASS_SUBCRITICAL
65 tp4_rho0p005 ttft p99 -0.045491187615110146 0.05253708684194205 0.7045899226831902 PASS_SUBCRITICAL
66 tp4_rho0p005 tpot mean 0.1707193936623511 0.1813506819061229 1.0631288243771824 PASS_SUBCRITICAL
67 tp4_rho0p005 tpot p50 0.16851374859025317 0.1743324539248605 0.5818705334607321 PASS_SUBCRITICAL
68 tp4_rho0p005 tpot p90 0.10492621353626864 0.11816822907155744 1.3242015535288796 PASS_SUBCRITICAL
69 tp4_rho0p005 tpot p99 0.31231888769471766 0.3662267201704473 5.390783247572961 PASS_SUBCRITICAL
70 tp4_rho0p005 e2e mean 0.151102823467785 0.1630793421767109 1.197651870892591 PASS_SUBCRITICAL
71 tp4_rho0p005 e2e p50 0.1594213531394918 0.17360527090575292 1.418391776626113 PASS_SUBCRITICAL
72 tp4_rho0p005 e2e p90 0.1266352410718406 0.13652104764058856 0.9885806568747962 PASS_SUBCRITICAL
73 tp4_rho0p005 e2e p99 0.15576537699445703 0.17677450343779522 2.100912644333819 PASS_SUBCRITICAL
74 tp4_rho0p01 ttft mean -0.0014652143973501086 0.059650620031540064 5.8185405634189955 PASS_SUBCRITICAL
75 tp4_rho0p01 ttft p50 0.22936601881498542 0.24159106387124998 1.2225045056264565 PASS_SUBCRITICAL
76 tp4_rho0p01 ttft p90 -0.0646093465409875 -0.011548419893895705 -5.30609266470918 PASS_SUBCRITICAL
77 tp4_rho0p01 ttft p99 -0.09621678853313553 -0.015475807392170575 -8.074098114096495 PASS_SUBCRITICAL
78 tp4_rho0p01 tpot mean 0.06675609059150077 0.10596101263201793 3.9204922040517163 PASS_SUBCRITICAL
79 tp4_rho0p01 tpot p50 0.08477302587551214 0.09703754188844527 1.2264516012933129 PASS_SUBCRITICAL
80 tp4_rho0p01 tpot p90 0.0379183273767328 0.08369800201750718 4.577967464077439 PASS_SUBCRITICAL
81 tp4_rho0p01 tpot p99 -0.010663954751357074 0.06667813160571406 5.601417685435699 PASS_SUBCRITICAL
82 tp4_rho0p01 e2e mean 0.07212904317306096 0.09777288053702092 2.564383736395996 PASS_SUBCRITICAL
83 tp4_rho0p01 e2e p50 0.12069215463307655 0.1388377217196832 1.8145567086606653 PASS_SUBCRITICAL
84 tp4_rho0p01 e2e p90 0.03317293927357903 0.058060760567474216 2.4887821293895183 PASS_SUBCRITICAL
85 tp4_rho0p01 e2e p99 0.0338378271163308 0.06380410696893425 2.996627985260345 PASS_SUBCRITICAL

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#!/usr/bin/env python3
"""Replay one real-trace cell with the structured-attention experiment commit."""
from __future__ import annotations
import argparse
import importlib.util
import json
import subprocess
import sys
from pathlib import Path
ROOT = Path(__file__).resolve().parent
REPO = ROOT.parents[1]
S3_REAL = REPO / "runs/frontier-s3-real-v0"
BASE_REFERENCE = (
REPO
/ "runs/frontier-collective-joint-v0/counterfactual/joint-r2/manifest.json"
)
BASE_COMMIT = "deadc4a321f0baaa534c6ebd17f974123733cdc2"
EXPERIMENT_COMMIT = "1f8900a4ac64e45754b03d0aa7c1dddab65785cf"
PATCH = ROOT / "0001-Experiment-with-structured-attention-prefill-predict.patch"
def load_s3_module():
spec = importlib.util.spec_from_file_location(
"s3_prefix_replay", S3_REAL / "run_frontier_prefix_replay.py"
)
module = importlib.util.module_from_spec(spec)
sys.path.insert(0, str(S3_REAL))
spec.loader.exec_module(module)
return module
def git(checkout: Path, *args: str) -> str:
return subprocess.check_output(
["git", "-C", str(checkout), *args], text=True
).strip()
def main() -> None:
parser = argparse.ArgumentParser()
parser.add_argument("--trace", type=Path, required=True)
parser.add_argument("--output-root", type=Path, required=True)
parser.add_argument(
"--config",
choices=("tp4_mns16", "tp2_mns16", "tp1_mns16"),
required=True,
)
parser.add_argument("--label", required=True)
parser.add_argument("--max-tokens", type=int, required=True)
parser.add_argument("--duration-s", type=float)
parser.add_argument("--cache-root", type=Path, required=True)
parser.add_argument(
"--frontier-checkout",
type=Path,
default=Path("/tmp/frontier-attn-structured-v0"),
)
parser.add_argument(
"--attention-profile",
type=Path,
default=REPO
/ "runs/frontier-prefill-kvgrowth-fix-v0/profiles/"
"profile-v5-kvgrowth/attention.csv",
)
args = parser.parse_args()
frontier = args.frontier_checkout.resolve()
profile = args.attention_profile.resolve()
if git(frontier, "rev-parse", "HEAD") != EXPERIMENT_COMMIT:
raise SystemExit(f"unexpected experiment checkout HEAD: {frontier}")
if git(frontier, "rev-parse", "HEAD^") != BASE_COMMIT:
raise SystemExit("experiment commit is not directly based on frozen Frontier")
if git(frontier, "status", "--porcelain"):
raise SystemExit("experiment Frontier checkout must be clean")
if not profile.is_file():
raise SystemExit(f"attention profile missing: {profile}")
reference = json.loads(BASE_REFERENCE.read_text())
reference["frontier_checkout"] = str(frontier)
reference["frontier_commit"] = EXPERIMENT_COMMIT
generated_reference = ROOT / "frontier-reference.json"
generated_reference.write_text(json.dumps(reference, indent=2))
module = load_s3_module()
module.REFERENCE = generated_reference
module.EXPECTED_FRONTIER_COMMIT = EXPERIMENT_COMMIT
original_replace = module.replace_flag
def replace_and_override(argv: list[str], flag: str, value: str) -> None:
original_replace(argv, flag, value)
if flag.endswith("trace_file"):
atten_flag = (
"--random_forrest_execution_time_predictor_config_atten_input_file"
)
original_replace(argv, atten_flag, str(profile))
no_cache = (
"--random_forrest_execution_time_predictor_config_no_cache"
)
if no_cache in argv:
argv.remove(no_cache)
module.replace_flag = replace_and_override
module.parse_args = lambda: args
module.main()
manifest_path = args.output_root / "manifest.json"
manifest = json.loads(manifest_path.read_text())
manifest.update(
{
"schema": "frontier-attn-structured-replay-v1",
"frontier_base_commit": BASE_COMMIT,
"frontier_experiment_commit": EXPERIMENT_COMMIT,
"frontier_patch": str(PATCH.resolve()),
"frontier_patch_sha256": module.sha256(PATCH),
"attention_profile_override": str(profile),
"attention_profile_sha256": module.sha256(profile),
"model_cache_enabled": True,
}
)
manifest_path.write_text(json.dumps(manifest, indent=2))
print(f"structured replay done: {args.output_root}")
if __name__ == "__main__":
main()

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# Frontier code-trace campaign handoff
本目录已经准备好无 GPU 的 data preflight、512→16 参数化映射、prefill-only 转换和 `max_model_len` 显式适配。当前没有启动或探测 `dash1``dash4`
完整设计与 gate 见 [`experiment-card.md`](experiment-card.md)。
## 当前已知阻塞
本机 `/home/gahow/ali-trace/trace-glm5.1-formatted/` 不存在。仓库历史记录的远端路径是:
```text
/home/admin/cpfs/wjh/ali-trace/trace-glm5.1-formatted/
```
有机器后先确认用户给出的 `~/ali-trace/...` 是否解析到同一目录,再运行以下命令。
## 1. 审计所有 1h+ code source
在持有 trace 的机器、repo 根目录执行:
```bash
python3 runs/frontier-code-trace-v0/audit_code_trace.py \
--trace-root ~/ali-trace/trace-glm5.1-formatted \
--output runs/frontier-code-trace-v0/inputs/code-audit.json
```
如果目录里混有非 request JSONL先只读列举文件再用多个 `--source` 显式指定。审计输出必须满足:
```text
data_gate = PASS
selected.hash_contract.exact_source_block_size != null
max_model_len_recommendation != null
selected.selected_window_stats.max_model_len_coverage[推荐值].coverage = 1.0
```
旧记录预计 source block size 为 512、推荐 max model len 为 131072但禁止把这两个值写死为实验事实。
## 2. 物化稳定窗口
```bash
python3 runs/frontier-code-trace-v0/prepare_code_window.py \
--audit runs/frontier-code-trace-v0/inputs/code-audit.json \
--output-root runs/frontier-code-trace-v0/inputs/code-window
```
输出是 6075min `code-raw-window.jsonl` 和 manifest。source 文件不修改。
## 3. 生成 P+D paired trace
若没有 prompt sidecar先生成 shape/prefix-faithful synthetic prompts
```bash
python3 runs/frontier-s3-real-v0/remap_hash_blocks.py \
--input runs/frontier-code-trace-v0/inputs/code-window/code-raw-window.jsonl \
--output-root runs/frontier-code-trace-v0/inputs/code-pd-rho-max \
--source-block-size 512 \
--workload-mode prefill_decode \
--rho 1.0 \
--max-total-tokens 131072 \
--validate-parents
```
命令中的 `512``131072` 必须替换为 audit manifest 值。若存在对齐 prompt sidecar`--prompt``--tokenizer`,并要求 synthetic fallback 为 0。
正式 rho 不能直接用 1.0;先从最大 remap cache 按 session-coherent `sampling_u` 过滤,分别标定 low/mid/near-knee。
## 4. 生成 prefill-only paired trace
对 chat/code 使用同一个转换接口:
```bash
python3 runs/frontier-s3-real-v0/remap_hash_blocks.py \
--input INPUT_WINDOW.jsonl \
--output-root OUTPUT_ROOT \
--source-block-size SOURCE_BLOCK_SIZE \
--workload-mode prefill_only \
--rho RHO \
--max-total-tokens MAX_MODEL_LEN \
--validate-parents
```
该模式会同时把 Frontier `num_decode_tokens`、real request `min/max_tokens` 和 remapped row 的 `output_length` 固定为 1。
## 5. max-model-len 真机 gate
现有 real runner 新增了三个显式环境变量chat 默认行为不变:
```bash
MAX_MODEL_LEN=131072 \
TRACE_INPUT_ROOT=/absolute/path/to/materialized/code-cell \
ALLOW_SYNTHETIC_PROMPTS=true \
OUTPUT_ROOT=/absolute/path/to/new/output \
bash runs/frontier-s3-real-v0/run_full_real.sh RHO_LABEL tp4_mns16 1 PORT
```
- `MAX_MODEL_LEN` 必须等于 manifest 推荐值;
- `TRACE_INPUT_ROOT` 内必须有 `real_requests.jsonl``manifest.json`
- synthetic prompt 默认拒绝,只有在 experiment card 明确降级 claim 后才设为 `true`
- runner 会在启动前扫描 paired requests若任何 `ISL+OSL` 超 cap 立即失败。
正式 full job 前,先按 experiment card 的 G4 补 32k128k attention profile再做 TP4→TP2 的 p50/p99/max 单请求与 5min canary。
## 6. decode-only
当前 materializer 故意不提供 `decode_only` 选项。严格 decode-only 需要 initial-KV state而不是把 prompt 改短。只有 real `DecodeBenchConnector`(或等价能力)与 Frontier initial-KV contract 都通过 G7 后,才创建 decode-only jobs。
## 本地验证
```bash
python3 -m unittest -v \
runs/frontier-code-trace-v0/test_code_trace_preflight.py \
runs/frontier-s3-real-v0/test_remap_hash_blocks.py \
runs/frontier-s3-real-v0/test_select_chat_window.py
python3 -m py_compile \
runs/frontier-code-trace-v0/*.py \
runs/frontier-s3-real-v0/*.py
bash -n runs/frontier-s3-real-v0/run_full_real.sh
```

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#!/usr/bin/env python3
"""Audit long code traces before choosing a replay window and max model length."""
from __future__ import annotations
import argparse
import json
import math
import statistics
from collections import Counter
from pathlib import Path
from typing import Any, Iterable, Sequence
BLOCK_SIZE_CANDIDATES = (16, 32, 64, 128, 256, 512, 1024)
MAX_MODEL_LEN_CANDIDATES = (40960, 65536, 98304, 131072, 262144)
def parse_args() -> argparse.Namespace:
parser = argparse.ArgumentParser()
parser.add_argument("--trace-root", type=Path)
parser.add_argument("--source", type=Path, action="append")
parser.add_argument("--output", type=Path, required=True)
parser.add_argument("--min-minutes", type=int, default=60)
parser.add_argument("--max-minutes", type=int, default=75)
parser.add_argument("--bin-seconds", type=int, default=60)
parser.add_argument("--max-acceptable-gap-s", type=float, default=5.0)
parser.add_argument("--model-position-limit", type=int, default=262144)
return parser.parse_args()
def percentile(values: Sequence[int | float], fraction: float) -> float | None:
if not values:
return None
ordered = sorted(float(value) for value in values)
position = (len(ordered) - 1) * fraction
lower = math.floor(position)
upper = math.ceil(position)
if lower == upper:
return ordered[lower]
return ordered[lower] * (upper - position) + ordered[upper] * (position - lower)
def distribution(values: Sequence[int | float]) -> dict[str, int | float | None]:
return {
"count": len(values),
"min": min(values) if values else None,
"p50": percentile(values, 0.50),
"p90": percentile(values, 0.90),
"p95": percentile(values, 0.95),
"p99": percentile(values, 0.99),
"max": max(values) if values else None,
"mean": statistics.fmean(values) if values else None,
}
def parse_hash_ids(value: Any) -> list[Any]:
if isinstance(value, list):
return value
if isinstance(value, str):
stripped = value.strip()
if not stripped:
return []
if stripped.startswith("["):
decoded = json.loads(stripped)
if not isinstance(decoded, list):
raise ValueError("hash_ids JSON must decode to a list")
return decoded
delimiter = "|" if "|" in stripped else ","
return [part for part in stripped.split(delimiter) if part.strip()]
if value is None:
return []
return [value]
def iter_jsonl(path: Path) -> Iterable[tuple[int, dict[str, Any]]]:
with path.open() as stream:
for line_number, line in enumerate(stream, 1):
if not line.strip():
continue
row = json.loads(line)
if not isinstance(row, dict):
raise ValueError(f"{path}:{line_number}: row must be an object")
yield line_number, row
def choose_window(
*,
counts: Sequence[int],
max_gaps: Sequence[float],
first_timestamp: float,
min_minutes: int,
max_minutes: int,
bin_seconds: int,
max_acceptable_gap_s: float,
) -> dict[str, Any] | None:
candidates = []
for minutes in range(max_minutes, min_minutes - 1, -1):
bins = math.ceil(minutes * 60 / bin_seconds)
for start_bin in range(0, len(counts) - bins + 1):
selected = counts[start_bin : start_bin + bins]
mean = statistics.fmean(selected)
cv = statistics.pstdev(selected) / mean if mean else math.inf
max_gap = max(max_gaps[start_bin : start_bin + bins], default=0.0)
candidates.append(
{
"_score": (
max_gap > max_acceptable_gap_s,
cv,
max_gap,
-minutes,
start_bin,
),
"start_bin": start_bin,
"minutes": minutes,
"count_mean_per_bin": mean,
"count_cv": cv,
"count_min_per_bin": min(selected),
"count_max_per_bin": max(selected),
"max_gap_s": max_gap,
}
)
if not candidates:
return None
chosen = min(candidates, key=lambda item: item["_score"])
chosen.pop("_score")
chosen["start_timestamp"] = first_timestamp + chosen["start_bin"] * bin_seconds
chosen["end_timestamp"] = chosen["start_timestamp"] + chosen["minutes"] * 60
return chosen
def scan_source(path: Path, args: argparse.Namespace) -> dict[str, Any]:
rows = 0
first_timestamp = None
last_timestamp = None
previous_timestamp = None
counts: Counter[int] = Counter()
max_gaps: dict[int, float] = {}
input_lengths: list[int] = []
output_lengths: list[int] = []
total_lengths: list[int] = []
hash_rows = 0
hash_matches = Counter()
prompt_rows = 0
sampling_rows = 0
schema_keys: Counter[str] = Counter()
for line_number, row in iter_jsonl(path):
missing = [
key
for key in ("timestamp", "input_length", "output_length")
if key not in row
]
if missing:
raise ValueError(f"{path}:{line_number}: missing required fields {missing}")
timestamp = float(row["timestamp"])
if first_timestamp is None:
first_timestamp = timestamp
if previous_timestamp is not None and timestamp < previous_timestamp:
raise ValueError(
f"{path}:{line_number}: timestamp {timestamp} < {previous_timestamp}"
)
bin_index = math.floor((timestamp - first_timestamp) / args.bin_seconds)
counts[bin_index] += 1
if previous_timestamp is not None:
previous_bin = math.floor(
(previous_timestamp - first_timestamp) / args.bin_seconds
)
max_gaps[previous_bin] = max(
max_gaps.get(previous_bin, 0.0),
timestamp - previous_timestamp,
)
input_tokens = int(row["input_length"])
output_tokens = max(1, int(row["output_length"]))
if input_tokens <= 0:
raise ValueError(f"{path}:{line_number}: input_length must be positive")
input_lengths.append(input_tokens)
output_lengths.append(output_tokens)
total_lengths.append(input_tokens + output_tokens)
hashes = parse_hash_ids(row.get("hash_ids"))
if hashes:
hash_rows += 1
for block_size in BLOCK_SIZE_CANDIDATES:
if len(hashes) == math.ceil(input_tokens / block_size):
hash_matches[block_size] += 1
prompt_rows += int(
isinstance(row.get("prompt"), (str, list)) and bool(row.get("prompt"))
)
sampling_rows += int("sampling_u" in row)
schema_keys.update(row.keys())
rows += 1
previous_timestamp = timestamp
last_timestamp = timestamp
if not rows or first_timestamp is None or last_timestamp is None:
raise ValueError(f"{path}: empty trace")
total_bins = math.floor((last_timestamp - first_timestamp) / args.bin_seconds) + 1
chosen = choose_window(
counts=[counts[index] for index in range(total_bins)],
max_gaps=[max_gaps.get(index, 0.0) for index in range(total_bins)],
first_timestamp=first_timestamp,
min_minutes=args.min_minutes,
max_minutes=args.max_minutes,
bin_seconds=args.bin_seconds,
max_acceptable_gap_s=args.max_acceptable_gap_s,
)
return {
"source": str(path.resolve()),
"rows": rows,
"first_timestamp": first_timestamp,
"last_timestamp": last_timestamp,
"span_s": last_timestamp - first_timestamp,
"request_rate_per_s": rows / max(last_timestamp - first_timestamp, 1.0),
"input_length": distribution(input_lengths),
"output_length": distribution(output_lengths),
"total_length": distribution(total_lengths),
"over_max_model_len": {
str(limit): {
"requests": sum(value > limit for value in total_lengths),
"fraction": sum(value > limit for value in total_lengths) / rows,
}
for limit in MAX_MODEL_LEN_CANDIDATES
},
"hash_contract": {
"rows_with_hash_ids": hash_rows,
"candidate_exact_match_rows": {
str(size): hash_matches[size] for size in BLOCK_SIZE_CANDIDATES
},
"exact_source_block_size": next(
(
size
for size in BLOCK_SIZE_CANDIDATES
if hash_rows and hash_matches[size] == hash_rows
),
None,
),
},
"prompt_rows": prompt_rows,
"sampling_u_rows": sampling_rows,
"schema_field_counts": dict(sorted(schema_keys.items())),
"stable_window": chosen,
}
def scan_window(source: Path, window: dict[str, Any]) -> dict[str, Any]:
start = float(window["start_timestamp"])
end = float(window["end_timestamp"])
inputs: list[int] = []
outputs: list[int] = []
totals: list[int] = []
for _, row in iter_jsonl(source):
timestamp = float(row["timestamp"])
if timestamp < start:
continue
if timestamp >= end:
break
input_tokens = int(row["input_length"])
output_tokens = max(1, int(row["output_length"]))
inputs.append(input_tokens)
outputs.append(output_tokens)
totals.append(input_tokens + output_tokens)
return {
"requests": len(totals),
"input_length": distribution(inputs),
"output_length": distribution(outputs),
"total_length": distribution(totals),
"max_model_len_coverage": {
str(limit): {
"covered_requests": sum(value <= limit for value in totals),
"excluded_requests": sum(value > limit for value in totals),
"coverage": sum(value <= limit for value in totals) / len(totals),
}
for limit in MAX_MODEL_LEN_CANDIDATES
},
}
def resolve_sources(args: argparse.Namespace) -> list[Path]:
if args.source:
return [path.resolve() for path in args.source]
if args.trace_root is None:
raise ValueError("provide --trace-root or one or more --source")
sources = sorted(
path.resolve()
for path in args.trace_root.glob("*.jsonl")
if "prompt" not in path.stem.lower()
)
if not sources:
raise FileNotFoundError(f"no non-prompt JSONL files under {args.trace_root}")
return sources
def main() -> None:
args = parse_args()
if not 0 < args.min_minutes <= args.max_minutes:
raise ValueError("require 0 < min_minutes <= max_minutes")
sources = resolve_sources(args)
files = [scan_source(path, args) for path in sources]
eligible = [item for item in files if item["stable_window"] is not None]
if not eligible:
chosen = None
data_gate = "BLOCKED_NO_1H_WINDOW"
else:
chosen = min(
eligible,
key=lambda item: (
item["stable_window"]["max_gap_s"] > args.max_acceptable_gap_s,
item["stable_window"]["count_cv"],
-item["stable_window"]["minutes"],
item["source"],
),
)
chosen["selected_window_stats"] = scan_window(
Path(chosen["source"]), chosen["stable_window"]
)
exact_block_size = chosen["hash_contract"]["exact_source_block_size"]
max_total = chosen["selected_window_stats"]["total_length"]["max"]
data_gate = (
"PASS"
if exact_block_size is not None
and max_total is not None
and max_total <= args.model_position_limit
else "BLOCKED_HASH_OR_POSITION_CONTRACT"
)
recommendation = None
if chosen is not None:
maximum = chosen["selected_window_stats"]["total_length"]["max"]
recommendation = next(
(
limit
for limit in MAX_MODEL_LEN_CANDIDATES
if maximum <= limit <= args.model_position_limit
),
None,
)
payload = {
"schema": "frontier-code-trace-audit-v1",
"trace_root": str(args.trace_root.resolve()) if args.trace_root else None,
"sources": [str(path) for path in sources],
"window_policy": {
"min_minutes": args.min_minutes,
"max_minutes": args.max_minutes,
"bin_seconds": args.bin_seconds,
"max_acceptable_gap_s": args.max_acceptable_gap_s,
"selection": "lowest density CV after rejecting anomalous-gap windows",
},
"model_position_limit": args.model_position_limit,
"files": files,
"selected": chosen,
"max_model_len_recommendation": recommendation,
"data_gate": data_gate,
"runtime_gate": (
"PENDING: vLLM startup must prove enough KV blocks and nonzero "
"max concurrency at the recommended max_model_len for each TP"
),
}
args.output.parent.mkdir(parents=True, exist_ok=True)
args.output.write_text(json.dumps(payload, indent=2, sort_keys=True) + "\n")
print(json.dumps({"data_gate": data_gate, "output": str(args.output)}))
if __name__ == "__main__":
main()

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@@ -0,0 +1,204 @@
# EXP-CODE-TRACE从 chat 1h trace 扩展到 code 与 phase-separated replay
> **状态READY_FOR_DATA PREFLIGHT未启动 GPU。** 当前只完成本地适配与实验冻结;`dash1`--`dash4` 有整机空闲后按本文 gate 顺序推进。禁止使用 `dash0`。
## 目标与成功定义
当前 1h+ 证据只覆盖 Qwen3-30B-A3B 的生产 chat trace、prefill+decodeP+D和亚临界负载。本 campaign 分两步扩展:
1. **主任务:** 使用 `~/ali-trace/trace-glm5.1-formatted/` 中的 1h+ code trace先完成 P+D real-vs-Frontier 回放;
2. **后续 phase matrix** 对 chat/code 都补 prefill-only 和严格 decode-only。
本轮不是只看“能否跑完”。每个正式 cell 必须满足:同一 request vector、同一 arrival、同一 token shape、同一 prefix/initial-KV 合约、real 零失败、无持续 backlog并同时报告 TTFT/TPOT/E2E、queue/batch、KV/prefix state 与 5min 分窗漂移。
## 三种 workload mode 的冻结定义
| Mode | 保留 | 改写 | 主指标 | 明确不声称 |
|---|---|---|---|---|
| P+D | 原 ISL/OSL、arrival、session/prefix | 仅做 source block→16-token runtime block 映射 | TTFT、TPOT、E2E、hit ratio、batch/queue | 不代表 PD 分离 |
| prefill-only | 原 ISL、arrival、session/prefix | OSL 固定为 1real `min_tokens=max_tokens=1`sim decode tokens=1 | TTFT、prefill service/tokens/s、prefix hit、queue | TPOT 不定义1-token decode 只用于完成请求 |
| strict decode-only | 原 OSL、context length、arrival burst | arrival 定义为 **KV-ready time**;请求进入 decode 时已有 ISL 长度的 initial KV | TPOT、decode tokens/s、batch/queue、preemption | 不包含 prefill 与 KV transfer latency不把短 prompt proxy 称为 decode-only |
strict decode-only 必须同时具备:
- realvLLM `DecodeBenchConnector`(或等价、经验证的 initial-KV 注入);
- simFrontier request 在 admission 时已拥有相同长度/块布局的 computed KV
- 两侧都不在 decode critical path 重做 prefill
- arrival 以 KV-ready time 对齐。若只保留原 trace 的相对到达形状,结论限定为 decode engine compute/scheduling fidelity。
在该合约完成前,只允许跑并标注为 **decode-dominant proxy**,不能进入 strict decode-only 结果表。
## 为什么 code P+D 不能直接复用 chat 配置
已知历史探查显示 code trace ISL p90 约 81.9k,约 32.6% 请求超过旧 `40960` 上限;真实数值必须由本 campaign 重新审计。至少有四个独立适配面:
1. **Serving cap** `max_model_len` 必须覆盖 `ISL+OSL`,不能只看 ISL也不能静默丢掉超长请求
2. **KV capacity** Qwen3-30B 模型 position limit 为 262144但 TP1/2/4 在 H20 上是否有足够 KV blocks 是 runtime gate不由 config.json 自动保证;
3. **Prefix block** code source hash 预计为 512-token blockchat harness 原先固定 64→16
4. **Profile support** 当前修复后的 attention profile 只覆盖到约 32k KV context。即使 vLLM 能跑 128kFrontier 对 32k128k 仍会出 profile 支撑域;在补 long-context 网格前只能做诊断 replay不能做 fidelity claim。
## Hypotheses
- **H-code-generalizes** 在补齐 long-context profile 支撑域后code P+D 的 TTFT/TPOT/E2E 分布统计偏差仍处于当前 chat 量级,且 1h 残差不发散。
- **H-longctx-gap** code 的主要新增 gap 来自 32k 以上 KV-context 外推;补到 trace p99/max 对应的网格后TTFT bias 随 ISL 的二次项显著收敛。
- **H-phase-specific** prefill-only 主要暴露 long-context/profile gapstrict decode-only 主要暴露 batch-conditioned whole-layer service 与 scheduler fixed-point gap。二者不能用 P+D 的误差抵消来互相证明准确。
## Preflight gates按顺序任一失败即停止后续真机矩阵
### G0数据位置与 provenance
- 只读列举 `trace-glm5.1-formatted/*.jsonl`,记录文件大小与 SHA256
- 确认至少两个独立日期段:一个作为 development一个 held-out
- 本机当前没有该目录;仓库历史记录的远端位置为
`/home/admin/cpfs/wjh/ali-trace/trace-glm5.1-formatted/`。恢复机器后先确认 `~/ali-trace/...` 是否为同一路径/软链,不能假设。
### G11h window、schema 与 block contract
运行 `audit_code_trace.py`,要求:
- timestamp 单调,存在 6075min 连续稳定窗口;
- `timestamp/input_length/output_length` 全行存在;
- `hash_ids` 数量与某个 source block size 在全行严格满足
`ceil(ISL/source_block_size)`;预计值 512但以审计结果为准
- 记录 ISL/OSL/ISL+OSL 的 p50/p90/p95/p99/max、gap、request rate、prompt/sampling 字段覆盖。
选择窗口后用 `prepare_code_window.py` 物化只读派生文件,并按 session root 生成确定性的 `sampling_u`。另一日期段不参与 rho 与 profile 选择。
### G2`max_model_len` data gate
候选 cap 固定为 `40960/65536/98304/131072/262144`,选能 **100% 覆盖选中窗口 `ISL+OSL`** 的最小值。规则:
- 若 max≤131072主路径使用 131072 或更小的审计推荐值;
- 若存在 >131072 请求,不允许悄悄过滤。优先验证 262144若 runtime 不可行,必须预注册过滤比例,并把 claim 改为“≤131072 子群”;
- Frontier 的 trace max tokens、predictor max tokens/request、vLLM `--max-model-len` 三处使用同一个 manifest 值。
### G3prompt 与 prefix fidelity
优先级:
1. 有对齐 prompt text sidecar用 Qwen tokenizer 重分词,要求 token length 与 trace ISL 全行一致;
2. trace 内已有 prompt text/token IDs同样做长度与 hash relation 检查;
3. 两者都没有:允许用 source hash 确定性展开为 synthetic Qwen token IDs但结果降级为 **length/arrival/prefix-shape faithful**,不声称 prompt-content 或 MoE routing faithful。
不论走哪条路径source→16 映射冲突、runtime identity collision、parent prefix violation 都必须为 0。P+D/prefill-only 两侧 prefix caching 同开;先用 510min TP4/MNS16 做 hit-ratio audit。
### G4long-context profile support
现有 profile-v5 的 KV context 上界约 32k对 code 不足。根据 development window 的 uncached-ISL 分布生成 profile-v6-code-longctx
- full chunk`q8k`context 至少覆盖 32k/48k/64k/80k/96k/112k/120k
- tail chunk从真实 `ISL mod 8192` 的 p50/p90 选择 24k/46k 代表点;
- TP1/2/4 分开采集,复测 `q1ks8k/q8ks32k` anchor
- 每点至少两次 fresh-process repeatCV≤5%anchor drift≤10%
- profile max context 必须 ≥ development window p99正式 max claim 要求 ≥ max。若只覆盖 p99max 以上请求单独列为 out-of-support不进入总体准确度数字。
这是 code P+D 正式 fidelity 的硬 gate。可以先用旧 profile 跑 diagnostic sim 来估 load但不得与真机组成最终 gap。
### G5vLLM max-length/KV runtime gate
对每个候选 topology先 TP4再 TP2TP1 后置):
1. fresh server以 manifest cap 启动;
2. 记录 vLLM 版本、model config、GPU KV blocks、maximum concurrency、启动日志
3. 发 3 个单请求ISL p50、p99、maxOSL=1usage 必须逐 token 对齐;
4. 发 5min sampled P+D canary零 OOM/timeout/preemption storm
5. 只有 maximum concurrency>1 且 canary drain tail≤窗口时长 10% 才进入 rho calibration。
`max_model_len` 变大不等于每个请求都预占最大 KV但会改变启动合法性与可表达的单请求上界实际 KV 压力仍由并发 token state 决定。
### G6每种 mode 独立标定 rho
不能复用 P+D rho
- P+D 同时按 raw/prefix-adjusted prefill tokens/s 与 decode tokens/s 看 knee
- prefill-only 因 OSL=1重新按 prefill work 标定;
- strict decode-only 因无 prefill按 decode tokens/s 和 batch fixed point 标定。
每种 workload×mode 选择 `low/mid/near-knee` 三点;正式点必须亚临界:全请求完成、无持续 backlog、drain tail≤10%、waiting p99 不单调随时间增长。跨 knee 点若运行,只作为 overload boundary不支持“不发散”结论。
### G7strict decode-only capability gate
先在 10min synthetic trace 上验证:
- real connector 确认没有执行 prefill kernel
- Frontier ledger 第一个阶段就是 decodecomputed tokens=ISL
- 相同 context length 下两侧 KV block count 一致;
- connector preload/transfer 时间独立记账,不混入 TPOT
- decode batch telemetry 能覆盖 b1 到目标 batch。
若 vLLM 0.20 community stack 没有等价 connector严格 case 保持 BLOCKED可另跑 decode-dominant proxy但单独命名和汇报。
## 正式实验矩阵与推进顺序
### Phase Acode P+D第一优先级
1. **A0 CPU/data** G0G4
2. **A1 max-len smoke** TP4→TP2TP1 只在 KV gate 通过后加入;
3. **A2 paired 10min canary** TP4/MNS16low rhoreal+sim
4. **A3 calibration** 各 rho 只先跑 sim冻结 low/mid/near-knee
5. **A4 full** TP4/MNS16、TP2/MNS16 × 3 rho × 2 trial × 6075min
6. **A5 held-out** 只在 development window 判据冻结后,对第二日期段跑 TP4 的 mid/near-knee。
若某 topology 的 near-knee 过载,像现有 chat TP2/ρ0.01 一样排除,不为凑齐矩阵强跑。
### Phase Bchat/code prefill-only
- 复用各自已物化 window只把 OSL 改为 1
- primaryTP4/MNS16、TP2/MNS16 × 3 独立 rho × 2 trial
- 报 TTFT/CDF/quantiles、prefill tokens/s、prefix hit、waiting、chunk/context 分带 residual
- TPOT 记为 N/AE2E 仅作为“一 token completion”辅助值
- code 必须继续使用 profile-v6 long-contextchat 使用已验证 profile-v5。
### Phase Cchat/code strict decode-only
先做 batch-sensitive screening再决定是否铺满
- **C0 capability canary** 两 workload × TP4 × MNS{16,128}10min
- **C1 core full** TP{2,4} × MNS{16,128} × rho{low,near-knee} × 2 trial
- **C2 conditional expansion** 只有当 C1 的 batch 分布从 b≤8 跨到 b>8或 accuracy gap 随 MNS 改变>5pp才补 MNS{32,64} 与 mid rho。
decode profile/serving anchors 至少覆盖实际 batch p99。当前 whole-layer grid 只对少数 b≤8 有证据,且 b6 有长尾;在 MNS128 case 前必须补 b{1,2,4,8,16,32,64,128} 或实际访问 bucket不能把 b8 常数外推到 b128。
## 指标与判据
共同口径:
- 分布统计偏差:`(sim statistic-real statistic)/real statistic`,不是 per-request MAPE
- mean/p50/p90/p99 与 empirical CDF
- 5min 分窗,前 15min warmup 不进漂移 slope
- batch histogram、time-weighted running/waiting、drain tail、preemption
- 两 trial pooled 结果和 trial-to-trial noise floor 分开报告。
判据分两层:
1. **准确度:** primary latency mean/p90/p99 的 |bias|≤15% 为强通过1530% 为有界但需标注 correction>30% 立 bad case任何 topology 排序或 SLO feasibility 翻转都单独判 failure不能被平均值掩盖。
2. **长时稳定:** `|residual TheilSen slope|×12 / real noise floor < 1` 为 H-BOUNDED只适用于亚临界 cell。
mode-specific
- P+DTTFT/TPOT/E2E 全部 primary
- prefill-onlyTTFT primaryTPOT N/A
- strict decode-onlyTPOT primaryTTFT 仅表示 admission/connector overhead不进入 compute-fidelity gate。
## 成本与调度
- Phase A core12 个 6075min jobs2 topology×3 load×2 trial约 15 host-hours按 TP 加权约 45 H20-GPU-hours加 24 个 smoke/canary
- Phase B 两 workload24 个 full jobs按相同 75min 上界约 90 H20-GPU-hours
- Phase C 不一次铺满。C0 4 个 10min canaryC1 32 个 full jobsC2 按触发条件追加。
每个 job fresh server只在 `dash1``dash4` 全 8 卡 idle/healthy 时启动。即使 TP2/TP4 job 只用部分 GPU也不在同一 host 并跑,避免 fresh-server 空窗竞态。每一批使用新的 jobs TOML现有 dispatcher 非幂等。
## 预期产物
- `inputs/code-audit.json``inputs/code-window/window-manifest.json`
- P+D/prefill-only 的 paired `frontier.csv``real_requests.jsonl` 与 manifest
- profile-v6-code-longctx raw/merged profile 与 variance report
- 每 cell real/sim request metrics、server telemetry、stage ledger
- `results/code-pd-fidelity.md`
- 最终 `chat/code × P+D/prefill-only/decode-only` compatibility table。
## 已知边界
- code trace 来自 GLM5.1 业务serving model 是 Qwen3-30B若无原 prompt text测试只能保持 shape/prefix 结构,不能证明内容相关 routing fidelity
- `max_model_len=128k/256k` 解决的是接入上界,不自动解决 32k 以上 profile 外推;
- strict decode-only 只测 decode engine完整 PD 分离还需要单独建模 prefill、KV transfer、backpressure 与 KV-ready arrival。

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#!/usr/bin/env python3
"""Materialize the stable code window selected by audit_code_trace.py."""
from __future__ import annotations
import argparse
import hashlib
import json
from pathlib import Path
from typing import Any
def parse_args() -> argparse.Namespace:
parser = argparse.ArgumentParser()
parser.add_argument("--audit", type=Path, required=True)
parser.add_argument("--output-root", type=Path, required=True)
parser.add_argument("--sample-seed", type=int, default=20260723)
return parser.parse_args()
def session_uniform(seed: int, window_id: str, session_root: Any) -> float:
payload = json.dumps(
{"seed": seed, "window_id": window_id, "session_root": session_root},
sort_keys=True,
separators=(",", ":"),
).encode()
return int.from_bytes(hashlib.blake2b(payload, digest_size=8).digest(), "big") / (
1 << 64
)
def sha256(path: Path) -> str:
digest = hashlib.sha256()
with path.open("rb") as stream:
for chunk in iter(lambda: stream.read(1 << 20), b""):
digest.update(chunk)
return digest.hexdigest()
def main() -> None:
args = parse_args()
audit = json.loads(args.audit.read_text())
if audit["data_gate"] != "PASS":
raise ValueError(f"trace data gate is not PASS: {audit['data_gate']}")
selected = audit["selected"]
source = Path(selected["source"])
window = selected["stable_window"]
start = float(window["start_timestamp"])
end = float(window["end_timestamp"])
if args.output_root.exists():
raise ValueError(f"refusing to overwrite {args.output_root}")
args.output_root.mkdir(parents=True)
destination = args.output_root / "code-raw-window.jsonl"
root_of: dict[Any, Any] = {}
request_count = 0
with source.open() as input_stream, destination.open("w") as output_stream:
for source_index, line in enumerate(input_stream):
if not line.strip():
continue
row = json.loads(line)
timestamp = float(row["timestamp"])
if timestamp < start:
continue
if timestamp >= end:
break
chat = row.get("chat_id", source_index)
parent = row.get("parent_chat_id")
has_parent = parent not in (None, "", -1, "-1")
session_root = root_of.get(parent, parent) if has_parent else chat
root_of[chat] = session_root
materialized = {
**row,
"source_index": source_index,
"session_root": session_root,
"sampling_u": session_uniform(
args.sample_seed,
f"code-{start:.6f}-{end:.6f}",
session_root,
),
}
output_stream.write(
json.dumps(materialized, ensure_ascii=False, separators=(",", ":"))
+ "\n"
)
request_count += 1
expected = int(selected["selected_window_stats"]["requests"])
if request_count != expected:
raise ValueError(f"window request mismatch: materialized={request_count}, audit={expected}")
manifest = {
"schema": "frontier-code-window-v1",
"audit": str(args.audit.resolve()),
"audit_sha256": sha256(args.audit),
"source": str(source.resolve()),
"source_block_size": selected["hash_contract"]["exact_source_block_size"],
"target_block_size": 16,
"start_timestamp": start,
"end_timestamp": end,
"duration_s": end - start,
"requests": request_count,
"sample_seed": args.sample_seed,
"sampling_rule": "session-coherent deterministic sampling_u",
"max_model_len": audit["max_model_len_recommendation"],
"window_stats": selected["selected_window_stats"],
"raw_window": str(destination.resolve()),
"raw_window_sha256": sha256(destination),
}
(args.output_root / "window-manifest.json").write_text(
json.dumps(manifest, indent=2, sort_keys=True) + "\n"
)
print(json.dumps({"requests": request_count, "output_root": str(args.output_root)}))
if __name__ == "__main__":
main()

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@@ -0,0 +1,80 @@
#!/usr/bin/env python3
from __future__ import annotations
import json
import subprocess
import sys
import tempfile
import unittest
from pathlib import Path
ROOT = Path(__file__).resolve().parent
class CodeTracePreflightTest(unittest.TestCase):
def test_audit_and_materialize_512_block_window(self) -> None:
with tempfile.TemporaryDirectory() as tmp:
root = Path(tmp)
source = root / "051315-051317.jsonl"
with source.open("w") as stream:
for index in range(4501):
input_tokens = 513 if index % 2 else 512
stream.write(
json.dumps(
{
"chat_id": index,
"parent_chat_id": index - 1 if index % 2 else -1,
"timestamp": float(index),
"input_length": input_tokens,
"output_length": 32,
"hash_ids": [index // 2]
if input_tokens == 512
else [index // 2, 100000 + index],
}
)
+ "\n"
)
audit = root / "audit.json"
subprocess.run(
[
sys.executable,
str(ROOT / "audit_code_trace.py"),
"--source",
str(source),
"--output",
str(audit),
],
check=True,
)
payload = json.loads(audit.read_text())
self.assertEqual(payload["data_gate"], "PASS")
self.assertEqual(
payload["selected"]["hash_contract"]["exact_source_block_size"], 512
)
self.assertEqual(payload["max_model_len_recommendation"], 40960)
output = root / "window"
subprocess.run(
[
sys.executable,
str(ROOT / "prepare_code_window.py"),
"--audit",
str(audit),
"--output-root",
str(output),
],
check=True,
)
manifest = json.loads((output / "window-manifest.json").read_text())
rows = [
json.loads(line)
for line in (output / "code-raw-window.jsonl").read_text().splitlines()
]
self.assertEqual(manifest["requests"], len(rows))
self.assertGreaterEqual(manifest["duration_s"], 3600)
self.assertEqual(rows[0]["sampling_u"], rows[1]["sampling_u"])
if __name__ == "__main__":
unittest.main()

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fleet-artifacts/
fleet-state/
remote-outputs/
replay/

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#!/usr/bin/env python3
"""Compare original and whole-layer-curve Frontier against the BC-8 real pilot."""
from __future__ import annotations
import json
import statistics
from collections import Counter
from pathlib import Path
ROOT = Path(__file__).resolve().parent
REPO = ROOT.parents[1]
CONFIGS = ("tp1_mns16", "tp2_mns16", "tp4_mns16", "tp4_mns32")
REPLAY = ROOT / "replay/bc8"
ORIGINAL = REPO / "runs/frontier-knee-sweep-v0/raw/fixed/rho0p02"
REAL = REPO / "runs/frontier-pilot-v0/results/pilot-surface.json"
def find_one(root: Path, name: str) -> Path:
matches = list(root.glob(f"**/{name}"))
if len(matches) != 1:
raise ValueError(f"expected one {name} under {root}, got {matches}")
return matches[0]
def summarize_sim(root: Path) -> dict:
metrics = json.loads(find_one(root, "system_metrics.json").read_text())
ledger = find_one(root, "frontier_stage_batch_ledger.jsonl")
histogram: Counter[int] = Counter()
service_ms: dict[int, set[float]] = {}
for line in ledger.read_text().splitlines():
row = json.loads(line)
tokens = row["request_num_tokens"]
if tokens and all(int(value) == 1 for value in tokens):
batch = len(tokens)
histogram[batch] += 1
service_ms.setdefault(batch, set()).add(
float(row["execution_time"]["model_time_ms"])
)
return {
"tpot_mean_ms": metrics["tpot_statistics"]["mean"],
"ttft_mean_ms": metrics["ttft_statistics"]["mean"],
"e2e_mean_ms": metrics["request_e2e_time_statistics"]["mean"],
"decode_batch_histogram": dict(sorted(histogram.items())),
"decode_service_ms": {
str(batch): sorted(values) for batch, values in sorted(service_ms.items())
},
"decode_b_gt_1_fraction": sum(
count for batch, count in histogram.items() if batch > 1
)
/ sum(histogram.values()),
}
def main() -> None:
real_rows = [
row
for row in json.loads(REAL.read_text())
if row["load"] == "p4" and row["canonical"]
]
points = []
for config in CONFIGS:
real = [row for row in real_rows if row["config"] == config]
original = summarize_sim(ORIGINAL / config)
corrected = summarize_sim(REPLAY / "raw" / config)
usage = json.loads((REPLAY / "raw" / config / "usage.json").read_text())
points.append(
{
"config": config,
"tp": int(config[2]),
"mns": int(config.split("mns")[1]),
"real_tpot_mean_ms": statistics.fmean(
row["tpot_mean_ms"] for row in real
),
"original": original,
"whole_curve": corrected,
"original_tpot_residual_ms": (
original["tpot_mean_ms"]
- statistics.fmean(row["tpot_mean_ms"] for row in real)
),
"whole_curve_tpot_residual_ms": (
corrected["tpot_mean_ms"]
- statistics.fmean(row["tpot_mean_ms"] for row in real)
),
"usage": usage,
}
)
def ranking(key):
return [
point["config"]
for point in sorted(points, key=lambda point: (key(point), point["config"]))
if point["mns"] == 16
]
real_ranking = ranking(lambda point: point["real_tpot_mean_ms"])
original_ranking = ranking(lambda point: point["original"]["tpot_mean_ms"])
corrected_ranking = ranking(lambda point: point["whole_curve"]["tpot_mean_ms"])
payload = {
"schema": "frontier-decode-grid-bc8-verdict.v1",
"points": points,
"mns16_rankings_fast_to_slow": {
"real": real_ranking,
"original": original_ranking,
"whole_curve": corrected_ranking,
},
"whole_curve_restores_real_mns16_ranking": corrected_ranking == real_ranking,
"all_corrected_batches_within_measured_support": all(
max(map(int, point["whole_curve"]["decode_batch_histogram"])) <= 8
for point in points
),
"decision": (
"STATIC_WHOLE_CURVE_FIXES_BC8"
if corrected_ranking == real_ranking
else "ESCALATE_EVENT_LEVEL_STATE"
),
}
output = ROOT / "results/bc8-replay-verdict.json"
output.write_text(json.dumps(payload, indent=2, sort_keys=True) + "\n")
lines = [
"# BC-8 whole-layer decode-curve replay",
"",
"| Config | Real TPOT | Original sim | Whole-curve sim | Residual before -> after | b>1 |",
"|---|---:|---:|---:|---:|---:|",
]
for point in points:
lines.append(
f"| {point['config']} | {point['real_tpot_mean_ms']:.3f} | "
f"{point['original']['tpot_mean_ms']:.3f} | "
f"{point['whole_curve']['tpot_mean_ms']:.3f} | "
f"{point['original_tpot_residual_ms']:+.3f} -> "
f"{point['whole_curve_tpot_residual_ms']:+.3f} | "
f"{point['whole_curve']['decode_b_gt_1_fraction']:.2%} |"
)
lines.extend(
[
"",
f"- Real MNS16: `{' < '.join(real_ranking)}`",
f"- Original: `{' < '.join(original_ranking)}`",
f"- Whole curve: `{' < '.join(corrected_ranking)}`",
f"- Decision: **{payload['decision']}**.",
"",
]
)
(ROOT / "results/bc8-replay-verdict.md").write_text("\n".join(lines))
print(json.dumps({"output": str(output), "decision": payload["decision"]}))
if __name__ == "__main__":
main()

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#!/usr/bin/env python3
"""Summarize graph-on vLLM Torch traces by decode component."""
from __future__ import annotations
import argparse
import gzip
import json
import math
import statistics
from collections import Counter, defaultdict
from pathlib import Path
COMPONENT_NAMES = (
"attention",
"linear_norm_rope",
"router",
"moe",
"collective",
"output_head",
"other",
)
def parse_args() -> argparse.Namespace:
parser = argparse.ArgumentParser()
parser.add_argument("--trace-root", type=Path, required=True)
parser.add_argument("--label", required=True)
parser.add_argument("--output", type=Path, required=True)
return parser.parse_args()
def classify(name: str, occurrences: int, steps: int) -> str:
lower = name.lower()
if any(token in lower for token in ("nccl", "allreduce", "all_reduce")):
return "collective"
if "topkgating" in lower or "fused_topk" in lower:
return "router"
if any(
token in lower
for token in (
"fused_moe",
"moefcgemm",
"tensorrt_llm::kernels::cutlass_kernels",
"groupproblemshape",
"memcpy32_post",
)
):
return "moe"
if any(
token in lower
for token in (
"flashattn",
"flashattnfwd",
"reshape_and_cache",
"prepare_varlen_num_blocks",
)
):
return "attention"
if "nvjet" in lower and occurrences <= steps * 2:
return "output_head"
if any(
token in lower
for token in (
"nvjet",
"cublaslt",
"rms_norm",
"rsqrt",
"triton_red_fused_2",
"triton_poi_fused_3",
"triton_red_fused_0",
"triton_poi_fused_1",
)
):
return "linear_norm_rope"
return "other"
def stats(values: list[float]) -> dict[str, float | int]:
ordered = sorted(values)
return {
"n": len(values),
"mean_ms": statistics.fmean(values),
"population_std_ms": statistics.pstdev(values),
"p50_ms": statistics.median(ordered),
"p95_ms": ordered[math.ceil(0.95 * len(ordered)) - 1],
}
def load_events(path: Path) -> list[dict]:
opener = gzip.open if path.suffix == ".gz" else open
with opener(path, "rt") as source:
return json.load(source)["traceEvents"]
def analyze_rank(path: Path) -> dict:
events = load_events(path)
kernels = [event for event in events if event.get("cat") == "kernel"]
all_windows = sorted(
(
event
for event in events
if event.get("cat") == "gpu_user_annotation"
and str(event.get("name", "")).startswith("execute_")
),
key=lambda event: float(event["ts"]),
)
if not all_windows:
raise ValueError(f"{path}: no GPU execute annotations")
window_names = Counter(str(window["name"]) for window in all_windows)
selected_name = window_names.most_common(1)[0][0]
windows = [
window for window in all_windows if str(window["name"]) == selected_name
]
selected: list[dict] = []
step_kernels: list[list[dict]] = []
for window in windows:
start = float(window["ts"])
end = start + float(window["dur"])
current = [
kernel for kernel in kernels if start <= float(kernel["ts"]) < end
]
selected.extend(current)
step_kernels.append(current)
occurrences = Counter(str(kernel["name"]) for kernel in selected)
component_steps: dict[str, list[float]] = defaultdict(list)
busy_steps: list[float] = []
wall_steps = [float(window["dur"]) / 1000.0 for window in windows]
for current in step_kernels:
per_component: dict[str, float] = defaultdict(float)
for kernel in current:
name = str(kernel["name"])
per_component[classify(name, occurrences[name], len(windows))] += (
float(kernel["dur"]) / 1000.0
)
for name in COMPONENT_NAMES:
component_steps[name].append(per_component[name])
busy_steps.append(sum(per_component.values()))
return {
"trace": str(path),
"selected_execute_annotation": selected_name,
"execute_annotation_histogram": dict(sorted(window_names.items())),
"steps": len(windows),
"execute_wall": stats(wall_steps),
"gpu_kernel_busy": stats(busy_steps),
"non_kernel_gap": stats(
[wall - busy for wall, busy in zip(wall_steps, busy_steps)]
),
"components": {
name: stats(values) for name, values in component_steps.items()
},
}
def main() -> None:
args = parse_args()
traces = sorted(args.trace_root.rglob("*.pt.trace.json*"))
if not traces:
raise SystemExit(f"no traces under {args.trace_root}")
ranks = [analyze_rank(path) for path in traces]
payload = {
"schema": "frontier-decode-batch-trace.v1",
"label": args.label,
"contract": {
"timing": "CUDA graph-on GPU execute annotations",
"component_time": "sum of CUDA kernel durations inside execute range",
"tp_aggregation": "per-rank; slowest rank mean approximates critical path",
},
"ranks": ranks,
"rank_summary": {
"ranks": len(ranks),
"slowest_rank_execute_mean_ms": max(
rank["execute_wall"]["mean_ms"] for rank in ranks
),
"slowest_rank_kernel_busy_mean_ms": max(
rank["gpu_kernel_busy"]["mean_ms"] for rank in ranks
),
"component_rank_mean_ms": {
name: statistics.fmean(
rank["components"][name]["mean_ms"] for rank in ranks
)
for name in COMPONENT_NAMES
},
},
}
args.output.parent.mkdir(parents=True, exist_ok=True)
args.output.write_text(json.dumps(payload, indent=2, sort_keys=True) + "\n")
if __name__ == "__main__":
main()

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#!/usr/bin/env python3
"""Aggregate fresh-process decode profiles and enforce the repeat gate."""
from __future__ import annotations
import argparse
import json
import statistics
from pathlib import Path
COMPONENT_NAMES = (
"attention",
"linear_norm_rope",
"router",
"moe",
"collective",
"output_head",
"other",
)
def parse_args() -> argparse.Namespace:
parser = argparse.ArgumentParser()
parser.add_argument("--results-dir", type=Path, required=True)
parser.add_argument("--output", type=Path, required=True)
return parser.parse_args()
def main() -> None:
args = parse_args()
cells = []
all_resolved = True
for tp in (2, 4):
for batch in (2, 4, 6, 8):
repeats = []
for repeat in (1, 2, 3):
path = args.results_dir / f"tp{tp}-b{batch}-r{repeat}.json"
if repeat == 3 and not path.exists():
continue
payload = json.loads(path.read_text())
repeats.append(
{
"repeat": repeat,
"source": str(path),
"execute_mean_ms": payload["rank_summary"][
"slowest_rank_execute_mean_ms"
],
"component_rank_mean_ms": payload["rank_summary"][
"component_rank_mean_ms"
],
}
)
values = [row["execute_mean_ms"] for row in repeats]
initial_values = values[:2]
initial_mean = statistics.fmean(initial_values)
initial_cv_pct = (
statistics.pstdev(initial_values) / initial_mean * 100.0
)
needs_repeat_3 = initial_cv_pct > 10.0
repeat_gate_resolved = not needs_repeat_3 or len(repeats) == 3
all_resolved = all_resolved and repeat_gate_resolved
cells.append(
{
"tp": tp,
"batch": batch,
"repeats": repeats,
"median_execute_ms": statistics.median(values),
"initial_repeat_cv_pct": initial_cv_pct,
"all_repeat_cv_pct": (
statistics.pstdev(values)
/ statistics.fmean(values)
* 100.0
),
"needs_repeat_3": needs_repeat_3,
"repeat_gate_resolved": repeat_gate_resolved,
"median_component_ms": {
name: statistics.median(
row["component_rank_mean_ms"][name] for row in repeats
)
for name in COMPONENT_NAMES
},
}
)
payload = {
"schema": "frontier-decode-batch-grid.v1",
"contract": {
"workload": "Qwen3-30B-A3B BF16, 2048->128, graph-on, MNS=16",
"timing": "slowest-rank execute mean over 16 pure-decode steps",
"repeat_aggregation": "median of two fresh processes; three if unstable",
"stability_gate": "r1/r2 population CV <=10%; else require r3 and take median",
},
"all_repeat_gates_resolved": all_resolved,
"cells": cells,
}
args.output.parent.mkdir(parents=True, exist_ok=True)
args.output.write_text(json.dumps(payload, indent=2, sort_keys=True) + "\n")
if not all_resolved:
raise SystemExit("one or more cells require repeat 3")
if __name__ == "__main__":
main()

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# 实验 EXP-DECODE-BATCH-GRIDBC-8 是否可由稳定 whole-layer b2--b8 curve 修复
> **状态:** COMPLETEDBC-8 排序工程修复成立global curve merge 暂停
>
> Parent campaign[`../frontier-simulator-gap-campaign-v0/README.md`](../frontier-simulator-gap-campaign-v0/README.md)
## Claim 与决策
- **Parent claim** 最新 1h trace 中 TP4 的 TPOT/E2E 仍稳定正偏约 10--23%
历史 BC-8 knee-right 真机排序为 `TP2<TP4<TP1`sim 为
`TP2<TP1<TP4`。这是当前最明显的 decode/state residual。
- **目的:** 判断 BC-8 是 b2--b8 whole-layer service curve 可工程修复,
还是必须进入 event-level admission/batch-formation 建模。
- **Competing hypotheses**
- H1现有 b2 service sample 不稳定或 b>4 常数外推,导致 TP4 residence
被高估;稳定 whole-layer curve 可恢复排序。
- H2给定 batch 的 whole-layer curve 已准,错误来自 simulator 与 vLLM
batch formation/event semantics 不同。
- **事前预测:** 若 H1 成立TP4/b2 repeat CV≤10%,其 median 比当前进入
BC-8 的 curve 低至少 0.5 ms注入后 `TP4<TP1`;若 H2 成立,
same-state residual <0.5 ms BC-8 排序仍错
- **判定规则**
- 先做 TP4/b2 两个 fresh-process repeatsCV>10% 时追加第三次,取
median不允许从单次 favorable sample 选值。
- smoke 稳定后补 TP2/TP4 × b{2,4,6,8}b>4 不再使用 b4 常数外推。
- whole-layer 注入只替换 pure-decode service curve不改变 prefill。
- BC-8 排序仍错则停止 profile 修补,升级 event-level state telemetry。
## Setup
- **自变量:** TP `{2,4}`pure-decode batch `{2,4,6,8}`fresh-process
repeat `{1,2}`,不稳定 cell 追加 repeat 3。
- **控制变量:** Qwen3-30B-A3B BF16H20vLLM 0.20context=2048
output=128graph-onMNS=16no prefix caching同模型/runtime/cache。
- **Hardware** dash1--dash4每轮调度前要求目标主机 8×H20
idle/healthy。每主机同时只启动一个 engine避免 CPU/JIT contention。
- **Metrics** critical-rank execute wallMoE/attention/collective/other
kernelsrepeat median/CVsim same-state residualBC-8 TPOT 完整排序。
- **Baselines**
- 旧 serving gridTP4/b2 execute=`5.044 ms`,单 process 内
population std=`1.561 ms`,不足以进入判决链。
- BC-8real `4.305<4.449<4.876 ms`sim
`5.12<5.49<5.86 ms`TP2/TP4/TP1 对应完整排序见结果审计)。
## 预期产物与 review
- **预期数据:** 每 cell trace、request result、runtime/GPU provenance
`results/grid.json`BC-8 counterfactual 与 verdict。
- **Figure prototype** `figure-prototype.png`。左图画 b2 repeat instability
与目标 CI右图画 BC-8 real/sim/corrected 排序。
- **人工 review** campaign 已批准按第三优先级推进。
- **Review 意见:** 先 TP4/b2 smoke不在稳定性 gate 前铺完整网格。
## 复现信息
- **Frontier baseline** `deadc4a321f0baaa534c6ebd17f974123733cdc2`
CPU replay 使用既有 joint serving-path curves未合入 EXP-1 rejected patch。
- **Remote** dash1--dash4 共享 clean detached experiment worktree
`ecc559938132851d61bf22daa55cea9658807dfa`canonical checkout 的用户
dirty changes 未改动。
- **Known limits** 固定 2048→128 state-matched workload本实验只支持
decode curve 与 BC-8不外推到 chat prefill shape 或其它模型。
## 结果
- **Entry gate** PASS。TP4 1h trace TPOT mean 正偏
`+10.6%--+23.0%`E2E mean `+9.8%--+19.2%`BC-8 完整排序仍错。
- **TP4/b2 smoke** 两个 fresh-process critical-rank execute mean 分别为
`4.6263 ms``4.6201 ms`,跨 repeat CV=`0.067%`,稳定性 gate
PASS无需 repeat 3。median=`4.6232 ms`,比旧样本 `5.044 ms`
`0.421 ms`;方向支持 H1但未达到事前 `>=0.5 ms` 的强证据阈值。
- **Full grid**
| Cell | fresh-process execute mean (ms) | median (ms) | initial CV |
|---|---:|---:|---:|
| TP2/b2 | 4.761 / 4.730 | 4.746 | 0.33% |
| TP2/b4 | 5.294 / 5.607 | 5.451 | 2.87% |
| TP2/b6 | 6.571 / 6.938 | 6.754 | 2.72% |
| TP2/b8 | 5.967 / 6.309 | 6.138 | 2.78% |
| TP4/b2 | 4.626 / 4.620 | 4.623 | 0.07% |
| TP4/b4 | 4.516 / 4.727 | 4.622 | 2.27% |
| TP4/b6 | 5.433 / 10.157 / 8.634 | 8.634 | 30.30% |
| TP4/b8 | 4.898 / 5.047 | 4.972 | 1.50% |
- **TP4/b6 instability** r2/r3 的 MoE 与 attention 基本不变,均值波动由
同步 collective 长尾造成;三个 run 的 step p50 仍约 `5.18--5.49 ms`
依预注册规则追加 r3 并取三次中位数,但该 cell 不能视为稳定 deterministic
service constant。
- **BC-8 exact replay** replay 仅访问 b1/b2因此没有使用 b6 或任何
插值/外推。TP4/b2 whole-layer override 将 TP4 sim TPOT
`5.864→5.367 ms`,残差 `+1.414→+0.918 ms`MNS16
`+1.498→+1.001 ms`MNS32MNS16 完整排序从
`TP2<TP1<TP4` 恢复为真实的 `TP2<TP4<TP1`。sim b>1 stage fraction
`48.15%→37.47%`
- **7-cell support audit** 最新 1h cells 的 decode batch 最大到
`b6--b15`,而本实验 measured support 只到 b8TP4/b6 又未通过
deterministic-mean 稳定性。为避免重新引入 b8 constant extrapolation
不执行全局 7-cell injection也不把整条 b2--b8 curve 合入默认 predictor。
- **Decision** H1 对 BC-8 成立,排序 gap 属于可工程修复的 TP4/b2
whole-layer service residual但绝对残差、MNS tie 和高 batch collective
tail 仍需 event/distribution-aware 模型。建议先合入受作用域保护的 TP4/b2
correction再补 b9--b16 与 collective-tail telemetry 后开启 global merge。

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version = 1
[paths]
state_dir = "runs/frontier-decode-batch-grid-v0/fleet-state"
artifacts_dir = "runs/frontier-decode-batch-grid-v0/fleet-artifacts"
[ssh]
connect_timeout_sec = 10
[scheduler]
gpu_free_memory_mb = 1024
gpu_free_utilization_pct = 10
prefer_pack = true
# Code is synchronized by Git. The mandatory scp pass uses an empty directory.
[sync]
mode = "scp"
local_path = "/tmp/frontier-decode-batch-grid-v0-empty-sync"
[[hosts]]
name = "dash1"
ssh_alias = "dash1"
enabled = true
sync_remote_path = "/home/admin/cpfs/wjh/aituner/aituner-frontier-decode-batch-grid-v0"
fleet_root = "/home/admin/cpfs/wjh/aituner/gpu-fleet-decode-batch-grid-v0/dash1"
[[hosts]]
name = "dash2"
ssh_alias = "dash2"
enabled = true
sync_remote_path = "/home/admin/cpfs/wjh/aituner/aituner-frontier-decode-batch-grid-v0"
fleet_root = "/home/admin/cpfs/wjh/aituner/gpu-fleet-decode-batch-grid-v0/dash2"
[[hosts]]
name = "dash3"
ssh_alias = "dash3"
enabled = true
sync_remote_path = "/home/admin/cpfs/wjh/aituner/aituner-frontier-decode-batch-grid-v0"
fleet_root = "/home/admin/cpfs/wjh/aituner/gpu-fleet-decode-batch-grid-v0/dash3"
[[hosts]]
name = "dash4"
ssh_alias = "dash4"
enabled = true
sync_remote_path = "/home/admin/cpfs/wjh/aituner/aituner-frontier-decode-batch-grid-v0"
fleet_root = "/home/admin/cpfs/wjh/aituner/gpu-fleet-decode-batch-grid-v0/dash4"

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version = 1
[[jobs]]
name = "decode-grid-tp2-b2-r1-20260723"
gpus = 2
gpu_model = "H20"
hosts = ["dash1"]
command = "timeout --signal=TERM --kill-after=60s 1800 bash runs/frontier-decode-batch-grid-v0/run_decode_profile.sh"
artifacts = ["runs/frontier-decode-batch-grid-v0/remote-outputs/tp2-b2-r1"]
[jobs.env]
TP = "2"
PROFILE_BATCH = "2"
SERVER_PORT = "9841"
OUTPUT_ROOT = "runs/frontier-decode-batch-grid-v0/remote-outputs/tp2-b2-r1"
FLASHINFER_WORKSPACE_BASE = "/tmp/frontier-component-flashinfer-v4"
[[jobs]]
name = "decode-grid-tp2-b4-r1-20260723"
gpus = 2
gpu_model = "H20"
hosts = ["dash2"]
command = "timeout --signal=TERM --kill-after=60s 1800 bash runs/frontier-decode-batch-grid-v0/run_decode_profile.sh"
artifacts = ["runs/frontier-decode-batch-grid-v0/remote-outputs/tp2-b4-r1"]
[jobs.env]
TP = "2"
PROFILE_BATCH = "4"
SERVER_PORT = "9842"
OUTPUT_ROOT = "runs/frontier-decode-batch-grid-v0/remote-outputs/tp2-b4-r1"
FLASHINFER_WORKSPACE_BASE = "/tmp/frontier-component-flashinfer-v4"
[[jobs]]
name = "decode-grid-tp4-b4-r1-20260723"
gpus = 4
gpu_model = "H20"
hosts = ["dash3"]
command = "timeout --signal=TERM --kill-after=60s 1800 bash runs/frontier-decode-batch-grid-v0/run_decode_profile.sh"
artifacts = ["runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b4-r1"]
[jobs.env]
TP = "4"
PROFILE_BATCH = "4"
SERVER_PORT = "9843"
OUTPUT_ROOT = "runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b4-r1"
FLASHINFER_WORKSPACE_BASE = "/tmp/frontier-component-flashinfer-v4"
[[jobs]]
name = "decode-grid-tp4-b6-r1-20260723"
gpus = 4
gpu_model = "H20"
hosts = ["dash4"]
command = "timeout --signal=TERM --kill-after=60s 1800 bash runs/frontier-decode-batch-grid-v0/run_decode_profile.sh"
artifacts = ["runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b6-r1"]
[jobs.env]
TP = "4"
PROFILE_BATCH = "6"
SERVER_PORT = "9844"
OUTPUT_ROOT = "runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b6-r1"
FLASHINFER_WORKSPACE_BASE = "/tmp/frontier-component-flashinfer-v4"

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version = 1
[[jobs]]
name = "decode-grid-tp2-b6-r1-20260723"
gpus = 2
gpu_model = "H20"
hosts = ["dash1"]
command = "timeout --signal=TERM --kill-after=60s 1800 bash runs/frontier-decode-batch-grid-v0/run_decode_profile.sh"
artifacts = ["runs/frontier-decode-batch-grid-v0/remote-outputs/tp2-b6-r1"]
[jobs.env]
TP = "2"
PROFILE_BATCH = "6"
SERVER_PORT = "9845"
OUTPUT_ROOT = "runs/frontier-decode-batch-grid-v0/remote-outputs/tp2-b6-r1"
FLASHINFER_WORKSPACE_BASE = "/tmp/frontier-component-flashinfer-v4"
[[jobs]]
name = "decode-grid-tp2-b8-r1-20260723"
gpus = 2
gpu_model = "H20"
hosts = ["dash2"]
command = "timeout --signal=TERM --kill-after=60s 1800 bash runs/frontier-decode-batch-grid-v0/run_decode_profile.sh"
artifacts = ["runs/frontier-decode-batch-grid-v0/remote-outputs/tp2-b8-r1"]
[jobs.env]
TP = "2"
PROFILE_BATCH = "8"
SERVER_PORT = "9846"
OUTPUT_ROOT = "runs/frontier-decode-batch-grid-v0/remote-outputs/tp2-b8-r1"
FLASHINFER_WORKSPACE_BASE = "/tmp/frontier-component-flashinfer-v4"
[[jobs]]
name = "decode-grid-tp4-b8-r1-20260723"
gpus = 4
gpu_model = "H20"
hosts = ["dash3"]
command = "timeout --signal=TERM --kill-after=60s 1800 bash runs/frontier-decode-batch-grid-v0/run_decode_profile.sh"
artifacts = ["runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b8-r1"]
[jobs.env]
TP = "4"
PROFILE_BATCH = "8"
SERVER_PORT = "9847"
OUTPUT_ROOT = "runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b8-r1"
FLASHINFER_WORKSPACE_BASE = "/tmp/frontier-component-flashinfer-v4"

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version = 1
[[jobs]]
name = "decode-grid-tp2-b2-r2-20260723"
gpus = 2
gpu_model = "H20"
hosts = ["dash1"]
command = "timeout --signal=TERM --kill-after=60s 1800 bash runs/frontier-decode-batch-grid-v0/run_decode_profile.sh"
artifacts = ["runs/frontier-decode-batch-grid-v0/remote-outputs/tp2-b2-r2"]
[jobs.env]
TP = "2"
PROFILE_BATCH = "2"
SERVER_PORT = "9841"
OUTPUT_ROOT = "runs/frontier-decode-batch-grid-v0/remote-outputs/tp2-b2-r2"
FLASHINFER_WORKSPACE_BASE = "/tmp/frontier-component-flashinfer-v4"
[[jobs]]
name = "decode-grid-tp2-b4-r2-20260723"
gpus = 2
gpu_model = "H20"
hosts = ["dash2"]
command = "timeout --signal=TERM --kill-after=60s 1800 bash runs/frontier-decode-batch-grid-v0/run_decode_profile.sh"
artifacts = ["runs/frontier-decode-batch-grid-v0/remote-outputs/tp2-b4-r2"]
[jobs.env]
TP = "2"
PROFILE_BATCH = "4"
SERVER_PORT = "9842"
OUTPUT_ROOT = "runs/frontier-decode-batch-grid-v0/remote-outputs/tp2-b4-r2"
FLASHINFER_WORKSPACE_BASE = "/tmp/frontier-component-flashinfer-v4"
[[jobs]]
name = "decode-grid-tp4-b4-r2-20260723"
gpus = 4
gpu_model = "H20"
hosts = ["dash3"]
command = "timeout --signal=TERM --kill-after=60s 1800 bash runs/frontier-decode-batch-grid-v0/run_decode_profile.sh"
artifacts = ["runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b4-r2"]
[jobs.env]
TP = "4"
PROFILE_BATCH = "4"
SERVER_PORT = "9843"
OUTPUT_ROOT = "runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b4-r2"
FLASHINFER_WORKSPACE_BASE = "/tmp/frontier-component-flashinfer-v4"
[[jobs]]
name = "decode-grid-tp4-b6-r2-20260723"
gpus = 4
gpu_model = "H20"
hosts = ["dash4"]
command = "timeout --signal=TERM --kill-after=60s 1800 bash runs/frontier-decode-batch-grid-v0/run_decode_profile.sh"
artifacts = ["runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b6-r2"]
[jobs.env]
TP = "4"
PROFILE_BATCH = "6"
SERVER_PORT = "9844"
OUTPUT_ROOT = "runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b6-r2"
FLASHINFER_WORKSPACE_BASE = "/tmp/frontier-component-flashinfer-v4"

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version = 1
[[jobs]]
name = "decode-grid-tp2-b6-r2-20260723"
gpus = 2
gpu_model = "H20"
hosts = ["dash1"]
command = "timeout --signal=TERM --kill-after=60s 1800 bash runs/frontier-decode-batch-grid-v0/run_decode_profile.sh"
artifacts = ["runs/frontier-decode-batch-grid-v0/remote-outputs/tp2-b6-r2"]
[jobs.env]
TP = "2"
PROFILE_BATCH = "6"
SERVER_PORT = "9845"
OUTPUT_ROOT = "runs/frontier-decode-batch-grid-v0/remote-outputs/tp2-b6-r2"
FLASHINFER_WORKSPACE_BASE = "/tmp/frontier-component-flashinfer-v4"
[[jobs]]
name = "decode-grid-tp2-b8-r2-20260723"
gpus = 2
gpu_model = "H20"
hosts = ["dash2"]
command = "timeout --signal=TERM --kill-after=60s 1800 bash runs/frontier-decode-batch-grid-v0/run_decode_profile.sh"
artifacts = ["runs/frontier-decode-batch-grid-v0/remote-outputs/tp2-b8-r2"]
[jobs.env]
TP = "2"
PROFILE_BATCH = "8"
SERVER_PORT = "9846"
OUTPUT_ROOT = "runs/frontier-decode-batch-grid-v0/remote-outputs/tp2-b8-r2"
FLASHINFER_WORKSPACE_BASE = "/tmp/frontier-component-flashinfer-v4"
[[jobs]]
name = "decode-grid-tp4-b8-r2-20260723"
gpus = 4
gpu_model = "H20"
hosts = ["dash3"]
command = "timeout --signal=TERM --kill-after=60s 1800 bash runs/frontier-decode-batch-grid-v0/run_decode_profile.sh"
artifacts = ["runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b8-r2"]
[jobs.env]
TP = "4"
PROFILE_BATCH = "8"
SERVER_PORT = "9847"
OUTPUT_ROOT = "runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b8-r2"
FLASHINFER_WORKSPACE_BASE = "/tmp/frontier-component-flashinfer-v4"

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version = 1
[[jobs]]
name = "decode-grid-tp4-b6-r3-20260723"
gpus = 4
gpu_model = "H20"
hosts = ["dash4"]
command = "timeout --signal=TERM --kill-after=60s 1800 bash runs/frontier-decode-batch-grid-v0/run_decode_profile.sh"
artifacts = ["runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b6-r3"]
[jobs.env]
TP = "4"
PROFILE_BATCH = "6"
SERVER_PORT = "9844"
OUTPUT_ROOT = "runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b6-r3"
FLASHINFER_WORKSPACE_BASE = "/tmp/frontier-component-flashinfer-v4"

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@@ -0,0 +1,16 @@
version = 1
[[jobs]]
name = "decode-batch-tp4-b2-r1-20260723"
gpus = 4
gpu_model = "H20"
hosts = ["dash1"]
command = "timeout --signal=TERM --kill-after=60s 1800 bash runs/frontier-decode-batch-grid-v0/run_decode_profile.sh"
artifacts = ["runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b2-r1"]
[jobs.env]
TP = "4"
PROFILE_BATCH = "2"
SERVER_PORT = "9831"
OUTPUT_ROOT = "runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b2-r1"
FLASHINFER_WORKSPACE_BASE = "/tmp/frontier-component-flashinfer-v4"

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version = 1
[[jobs]]
name = "decode-batch-tp4-b2-r2-20260723"
gpus = 4
gpu_model = "H20"
hosts = ["dash1"]
command = "timeout --signal=TERM --kill-after=60s 1800 bash runs/frontier-decode-batch-grid-v0/run_decode_profile.sh"
artifacts = ["runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b2-r2"]
[jobs.env]
TP = "4"
PROFILE_BATCH = "2"
SERVER_PORT = "9832"
OUTPUT_ROOT = "runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b2-r2"
FLASHINFER_WORKSPACE_BASE = "/tmp/frontier-component-flashinfer-v4"

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#!/usr/bin/env python3
"""Create simultaneous, prefix-disjoint requests for a fixed decode batch."""
from __future__ import annotations
import argparse
import json
from pathlib import Path
def parse_args() -> argparse.Namespace:
parser = argparse.ArgumentParser()
parser.add_argument("--model", type=Path, required=True)
parser.add_argument("--batch", type=int, required=True)
parser.add_argument("--input-tokens", type=int, default=2048)
parser.add_argument("--output-tokens", type=int, default=128)
parser.add_argument("--output", type=Path, required=True)
return parser.parse_args()
def main() -> None:
args = parse_args()
if min(args.batch, args.input_tokens, args.output_tokens) <= 0:
raise ValueError("batch and token counts must be positive")
if args.input_tokens + args.output_tokens > 40960:
raise ValueError("request exceeds the server max model length")
from transformers import AutoTokenizer
tokenizer = AutoTokenizer.from_pretrained(args.model, trust_remote_code=True)
special = set(tokenizer.all_special_ids)
candidates = [
token for token in range(tokenizer.vocab_size) if token not in special
]
if len(candidates) < args.batch + 1:
raise ValueError("tokenizer has too few non-special token IDs")
base = candidates[0]
args.output.parent.mkdir(parents=True, exist_ok=True)
with args.output.open("w") as output:
for index in range(args.batch):
row = {
"source_index": index,
"arrived_at": 0.0,
"input_length": args.input_tokens,
"output_length": args.output_tokens,
"session_id": index,
"runtime_block_ids": [],
"body": {
"prompt": [
candidates[index + 1],
*([base] * (args.input_tokens - 1)),
],
"min_tokens": args.output_tokens,
"max_tokens": args.output_tokens,
"ignore_eos": True,
},
}
output.write(json.dumps(row, separators=(",", ":")) + "\n")
if __name__ == "__main__":
main()

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@@ -0,0 +1,47 @@
#!/usr/bin/env python3
"""Render the preregistered EXP-DECODE-BATCH-GRID schematic."""
from pathlib import Path
import matplotlib.pyplot as plt
import numpy as np
ROOT = Path(__file__).resolve().parent
def main() -> None:
fig, axes = plt.subplots(1, 2, figsize=(9.6, 4.0))
ax = axes[0]
repeats = np.array([3.7, 5.0, 6.4])
ax.scatter([1, 2, 3], repeats, color="#d95f02", s=45, label="old/possible repeats")
ax.axhspan(4.1, 4.6, color="#1b9e77", alpha=0.18, label="stable target band")
ax.axhline(np.median(repeats), color="#7570b3", ls="--", label="median")
ax.set(xlabel="TP4/b2 fresh-process repeat", ylabel="execute wall (ms)")
ax.set_title("A. Stability gate before curve fit")
ax.set_xticks([1, 2, 3])
ax.legend(frameon=False, fontsize=8)
ax = axes[1]
labels = ["TP2", "TP4", "TP1"]
real = [4.305, 4.449, 4.876]
sim = [5.12, 5.86, 5.49]
corrected = [4.7, 4.9, 5.3]
x = np.arange(3)
width = 0.25
ax.bar(x - width, real, width, label="real", color="#1b9e77")
ax.bar(x, sim, width, label="current sim", color="#d95f02")
ax.bar(x + width, corrected, width, label="target corrected", color="#7570b3")
ax.set_xticks(x, labels)
ax.set_ylabel("BC-8 TPOT (ms)")
ax.set_title("B. Complete-order recovery gate")
ax.legend(frameon=False, fontsize=8)
fig.suptitle("EXP-DECODE-BATCH-GRID preregistered figure prototype")
fig.tight_layout()
fig.savefig(ROOT / "figure-prototype.png", dpi=180)
fig.savefig(ROOT / "figure-prototype.svg")
if __name__ == "__main__":
main()

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{
"all_corrected_batches_within_measured_support": true,
"decision": "STATIC_WHOLE_CURVE_FIXES_BC8",
"mns16_rankings_fast_to_slow": {
"original": [
"tp2_mns16",
"tp1_mns16",
"tp4_mns16"
],
"real": [
"tp2_mns16",
"tp4_mns16",
"tp1_mns16"
],
"whole_curve": [
"tp2_mns16",
"tp4_mns16",
"tp1_mns16"
]
},
"points": [
{
"config": "tp1_mns16",
"mns": 16,
"original": {
"decode_b_gt_1_fraction": 0.0,
"decode_batch_histogram": {
"1": 16383
},
"decode_service_ms": {
"1": [
5.493362394
]
},
"e2e_mean_ms": 864.3525078423435,
"tpot_mean_ms": 5.493362394020072,
"ttft_mean_ms": 166.6954838017941
},
"original_tpot_residual_ms": 0.616915450202109,
"real_tpot_mean_ms": 4.876446943817963,
"tp": 1,
"usage": {
"collective:moe:tp1-b1:structural-zero": 16383,
"moe:tp1-b1": 16383
},
"whole_curve": {
"decode_b_gt_1_fraction": 0.0,
"decode_batch_histogram": {
"1": 16383
},
"decode_service_ms": {
"1": [
5.493362394
]
},
"e2e_mean_ms": 864.3525078423435,
"tpot_mean_ms": 5.493362394020072,
"ttft_mean_ms": 166.6954838017941
},
"whole_curve_tpot_residual_ms": 0.616915450202109
},
{
"config": "tp2_mns16",
"mns": 16,
"original": {
"decode_b_gt_1_fraction": 0.0,
"decode_batch_histogram": {
"1": 16383
},
"decode_service_ms": {
"1": [
4.928319445
]
},
"e2e_mean_ms": 744.4521695355745,
"tpot_mean_ms": 4.9283194445308744,
"ttft_mean_ms": 118.55560008015348
},
"original_tpot_residual_ms": 0.6235698385840074,
"real_tpot_mean_ms": 4.304749605946867,
"tp": 2,
"usage": {
"collective:attention:tp2-b1": 16383,
"collective:moe:tp2-b1": 16383,
"fused_norm_deduction:attn:tp2-b1": 16383,
"fused_norm_deduction:mlp:tp2-b1": 16383,
"moe:tp2-b1": 16383
},
"whole_curve": {
"decode_b_gt_1_fraction": 0.0,
"decode_batch_histogram": {
"1": 16383
},
"decode_service_ms": {
"1": [
4.928319445
]
},
"e2e_mean_ms": 744.4521695355745,
"tpot_mean_ms": 4.9283194445308744,
"ttft_mean_ms": 118.55560008015348
},
"whole_curve_tpot_residual_ms": 0.6235698385840074
},
{
"config": "tp4_mns16",
"mns": 16,
"original": {
"decode_b_gt_1_fraction": 0.4814983594604448,
"decode_batch_histogram": {
"1": 5689,
"2": 5283
},
"decode_service_ms": {
"1": [
4.738406304
],
"2": [
5.411344412
]
},
"e2e_mean_ms": 840.3052136178922,
"tpot_mean_ms": 5.863803518571768,
"ttft_mean_ms": 95.60216675927755
},
"original_tpot_residual_ms": 1.4143723087101598,
"real_tpot_mean_ms": 4.449431209861608,
"tp": 4,
"usage": {
"collective:attention:tp4-b1": 7393,
"collective:attention:tp4-b2": 4431,
"collective:moe:tp4-b1": 7393,
"collective:moe:tp4-b2": 4431,
"fused_norm_deduction:attn:tp4-b1": 7393,
"fused_norm_deduction:attn:tp4-b2": 4431,
"fused_norm_deduction:mlp:tp4-b1": 7393,
"fused_norm_deduction:mlp:tp4-b2": 4431,
"moe:tp4-b1": 7393,
"moe:tp4-b2": 4431,
"whole_decode:tp4-b2:target_ms=4.623176437": 4431
},
"whole_curve": {
"decode_b_gt_1_fraction": 0.37474627875507444,
"decode_batch_histogram": {
"1": 7393,
"2": 4431
},
"decode_service_ms": {
"1": [
4.738406304
],
"2": [
4.623176437
]
},
"e2e_mean_ms": 777.2050553866409,
"tpot_mean_ms": 5.367470055757525,
"ttft_mean_ms": 95.5363583054353
},
"whole_curve_tpot_residual_ms": 0.918038845895917
},
{
"config": "tp4_mns32",
"mns": 32,
"original": {
"decode_b_gt_1_fraction": 0.4814983594604448,
"decode_batch_histogram": {
"1": 5689,
"2": 5283
},
"decode_service_ms": {
"1": [
4.738406304
],
"2": [
5.411344412
]
},
"e2e_mean_ms": 840.3052136178922,
"tpot_mean_ms": 5.863803518571768,
"ttft_mean_ms": 95.60216675927755
},
"original_tpot_residual_ms": 1.4977765516959103,
"real_tpot_mean_ms": 4.366026966875857,
"tp": 4,
"usage": {
"collective:attention:tp4-b1": 7393,
"collective:attention:tp4-b2": 4431,
"collective:moe:tp4-b1": 7393,
"collective:moe:tp4-b2": 4431,
"fused_norm_deduction:attn:tp4-b1": 7393,
"fused_norm_deduction:attn:tp4-b2": 4431,
"fused_norm_deduction:mlp:tp4-b1": 7393,
"fused_norm_deduction:mlp:tp4-b2": 4431,
"moe:tp4-b1": 7393,
"moe:tp4-b2": 4431,
"whole_decode:tp4-b2:target_ms=4.623176437": 4431
},
"whole_curve": {
"decode_b_gt_1_fraction": 0.37474627875507444,
"decode_batch_histogram": {
"1": 7393,
"2": 4431
},
"decode_service_ms": {
"1": [
4.738406304
],
"2": [
4.623176437
]
},
"e2e_mean_ms": 777.2050553866409,
"tpot_mean_ms": 5.367470055757525,
"ttft_mean_ms": 95.5363583054353
},
"whole_curve_tpot_residual_ms": 1.0014430888816674
}
],
"schema": "frontier-decode-grid-bc8-verdict.v1",
"whole_curve_restores_real_mns16_ranking": true
}

View File

@@ -0,0 +1,13 @@
# BC-8 whole-layer decode-curve replay
| Config | Real TPOT | Original sim | Whole-curve sim | Residual before -> after | b>1 |
|---|---:|---:|---:|---:|---:|
| tp1_mns16 | 4.876 | 5.493 | 5.493 | +0.617 -> +0.617 | 0.00% |
| tp2_mns16 | 4.305 | 4.928 | 4.928 | +0.624 -> +0.624 | 0.00% |
| tp4_mns16 | 4.449 | 5.864 | 5.367 | +1.414 -> +0.918 | 37.47% |
| tp4_mns32 | 4.366 | 5.864 | 5.367 | +1.498 -> +1.001 | 37.47% |
- Real MNS16: `tp2_mns16 < tp4_mns16 < tp1_mns16`
- Original: `tp2_mns16 < tp1_mns16 < tp4_mns16`
- Whole curve: `tp2_mns16 < tp4_mns16 < tp1_mns16`
- Decision: **STATIC_WHOLE_CURVE_FIXES_BC8**.

View File

@@ -0,0 +1,410 @@
{
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View File

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View File

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View File

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"p50_ms": 4.99831,
"p95_ms": 5.233926,
"population_std_ms": 0.1368864811675641
},
"gpu_kernel_busy": {
"mean_ms": 4.569219846153846,
"n": 13,
"p50_ms": 4.526768999999998,
"p95_ms": 4.755531999999999,
"population_std_ms": 0.13605665130991768
},
"non_kernel_gap": {
"mean_ms": 0.47443430769230827,
"n": 13,
"p50_ms": 0.47430400000000006,
"p95_ms": 0.48320900000000044,
"population_std_ms": 0.0038414357969708507
},
"selected_execute_annotation": "execute_context_0(0)_generation_8(8)",
"steps": 13,
"trace": "runs/frontier-decode-batch-grid-v0/fleet-artifacts/decode-grid-tp4-b8-r2-20260723-20260723T093027863838Z/artifacts/runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b8-r2/traces/profile/dp0_pp0_tp2_dcp0_ep2_rank2.1784799265970389602.pt.trace.json.gz"
},
{
"components": {
"attention": {
"mean_ms": 0.9173004615384611,
"n": 13,
"p50_ms": 0.915619999999999,
"p95_ms": 0.9253379999999995,
"population_std_ms": 0.0052849307922895015
},
"collective": {
"mean_ms": 0.5623942307692308,
"n": 13,
"p50_ms": 0.5634610000000001,
"p95_ms": 0.570651,
"population_std_ms": 0.006084772534195447
},
"linear_norm_rope": {
"mean_ms": 0.8376726923076918,
"n": 13,
"p50_ms": 0.8376949999999989,
"p95_ms": 0.8402979999999994,
"population_std_ms": 0.0016093297880994772
},
"moe": {
"mean_ms": 2.000759076923077,
"n": 13,
"p50_ms": 1.9501820000000014,
"p95_ms": 2.184468999999999,
"population_std_ms": 0.12953482671732042
},
"other": {
"mean_ms": 0.023644692307692308,
"n": 13,
"p50_ms": 0.023615999999999998,
"p95_ms": 0.023968,
"population_std_ms": 0.0002102991951465574
},
"output_head": {
"mean_ms": 0.04592738461538462,
"n": 13,
"p50_ms": 0.045824,
"p95_ms": 0.046688,
"population_std_ms": 0.0003889230769230783
},
"router": {
"mean_ms": 0.18559069230769226,
"n": 13,
"p50_ms": 0.18560099999999996,
"p95_ms": 0.18578999999999996,
"population_std_ms": 0.00010438640098240813
}
},
"execute_annotation_histogram": {
"execute_context_0(0)_generation_8(8)": 13,
"execute_context_1(4)_generation_7(7)": 1,
"execute_context_3(6144)_generation_1(1)": 1,
"execute_context_4(8188)_generation_4(4)": 1
},
"execute_wall": {
"mean_ms": 5.046865153846154,
"n": 13,
"p50_ms": 5.003904,
"p95_ms": 5.240352,
"population_std_ms": 0.1362175904832164
},
"gpu_kernel_busy": {
"mean_ms": 4.57328923076923,
"n": 13,
"p50_ms": 4.526548000000001,
"p95_ms": 4.767014999999998,
"population_std_ms": 0.13627994044452013
},
"non_kernel_gap": {
"mean_ms": 0.47357592307692375,
"n": 13,
"p50_ms": 0.474012000000001,
"p95_ms": 0.4803690000000005,
"population_std_ms": 0.0037547593482557514
},
"selected_execute_annotation": "execute_context_0(0)_generation_8(8)",
"steps": 13,
"trace": "runs/frontier-decode-batch-grid-v0/fleet-artifacts/decode-grid-tp4-b8-r2-20260723-20260723T093027863838Z/artifacts/runs/frontier-decode-batch-grid-v0/remote-outputs/tp4-b8-r2/traces/profile/dp0_pp0_tp3_dcp0_ep3_rank3.1784799265964152963.pt.trace.json.gz"
}
],
"schema": "frontier-decode-batch-trace.v1"
}

View File

@@ -0,0 +1,222 @@
#!/usr/bin/env python3
"""Replay the exact BC-8 simulator cells with the whole-layer decode curve."""
from __future__ import annotations
import argparse
import hashlib
import json
import os
import subprocess
import sys
import time
from concurrent.futures import ThreadPoolExecutor, as_completed
from pathlib import Path
ROOT = Path(__file__).resolve().parent
REPO = ROOT.parents[1]
EXPECTED_FRONTIER_COMMIT = "deadc4a321f0baaa534c6ebd17f974123733cdc2"
CONFIGS = ("tp1_mns16", "tp2_mns16", "tp4_mns16", "tp4_mns32")
SOURCE_MANIFEST = (
REPO / "runs/frontier-collective-joint-v0/counterfactual/joint-r2/manifest.json"
)
JOINT_INPUTS = REPO / "runs/frontier-knee-sweep-v0/inputs"
GRID = ROOT / "results/grid.json"
WRAPPER = ROOT / "run_frontier_with_whole_decode_curve.py"
CACHE_ROOT = REPO / "runs/frontier-knee-sweep-v0/cache"
LOCAL_DEPENDENCY_ROOTS = (
REPO / "runs/frontier-collective-joint-v0/python-deps",
Path("/home/gahow/.cache/uv/archive-v0/-_kzErLcPO5nASZFX8b9k"),
Path("/home/gahow/.cache/uv/archive-v0/FbaBs_QJ9QKEbQ9V_4aIR"),
Path("/home/gahow/.cache/uv/archive-v0/fuHsGXD0Lv_UjFC8yI4-7"),
Path("/home/gahow/.cache/uv/archive-v0/jFGdqQLpB1eopfm9VxT3j"),
Path("/home/gahow/.cache/uv/archive-v0/YWW6ExSJuPVvv4-qYQTin"),
Path("/home/gahow/.cache/uv/archive-v0/3_qxZ5Ll-EpVAGZfbksfe"),
)
def parse_args() -> argparse.Namespace:
parser = argparse.ArgumentParser()
parser.add_argument("--frontier-checkout", type=Path, required=True)
parser.add_argument("--output-root", type=Path, default=ROOT / "replay/bc8")
parser.add_argument("--jobs", type=int, default=2)
return parser.parse_args()
def sha256(path: Path) -> str:
return hashlib.sha256(path.read_bytes()).hexdigest()
def write_json(path: Path, payload) -> None:
path.parent.mkdir(parents=True, exist_ok=True)
path.write_text(json.dumps(payload, indent=2, sort_keys=True) + "\n")
def replace_flag(argv: list[str], flag: str, value: str) -> None:
index = argv.index(flag)
argv[index + 1] = value
def validate(frontier: Path) -> None:
commit = subprocess.check_output(
["git", "-C", str(frontier), "rev-parse", "HEAD"], text=True
).strip()
status = subprocess.check_output(
["git", "-C", str(frontier), "status", "--porcelain"], text=True
).strip()
if commit != EXPECTED_FRONTIER_COMMIT or status:
raise ValueError(
f"Frontier must be clean at {EXPECTED_FRONTIER_COMMIT}, "
f"got commit={commit}, dirty={bool(status)}"
)
required = (
SOURCE_MANIFEST,
GRID,
WRAPPER,
CACHE_ROOT,
*LOCAL_DEPENDENCY_ROOTS,
)
missing = [str(path) for path in required if not path.exists()]
if missing:
raise ValueError(f"missing replay inputs: {missing}")
def trace_for(config: str) -> Path:
tp = int(config[2])
return (
JOINT_INPUTS
/ f"traces-per-gpu-low/tp{tp}/w0-short-fixed-uniform-none/"
"rho0p02/public/frontier.csv"
)
def run_one(
config: str,
*,
frontier: Path,
output_root: Path,
templates: dict,
) -> dict:
point = output_root / "raw" / config
metrics_root = point / "metrics"
expected = list(metrics_root.glob("**/system_metrics.json"))
if len(expected) == 1 and (point / "usage.json").is_file():
return {"config": config, "status": "skipped_complete", "elapsed_s": 0.0}
argv = list(templates[config]["argv"])
argv[0] = sys.executable
argv[1] = str(WRAPPER.resolve())
replace_flag(argv, "--trace_request_generator_config_trace_file", str(trace_for(config)))
replace_flag(argv, "--metrics_config_output_dir", str(metrics_root))
replace_flag(argv, "--metrics_config_run_id", f"decode_grid_bc8_{config}")
replace_flag(argv, "--metrics_config_cache_dir", str(CACHE_ROOT / "model"))
replace_flag(argv, "--vidur_cc_backend_config_cache_dir", str(CACHE_ROOT / "cc"))
env = os.environ.copy()
env.update(
{
"CUDA_VISIBLE_DEVICES": "",
"PYTHONDONTWRITEBYTECODE": "1",
"PYTHONPATH": os.pathsep.join(
[str(frontier), *(str(path) for path in LOCAL_DEPENDENCY_ROOTS)]
),
"FRONTIER_COLLECTIVE_CURVE": str(
(JOINT_INPUTS / "collective-curve-b4-extrapolated.json").resolve()
),
"FRONTIER_COLLECTIVE_CURVE_VARIANT": "drop_mean",
"FRONTIER_FUSED_MOE_CURVE": str(
(JOINT_INPUTS / "fused-moe-curve-b4-extrapolated.json").resolve()
),
"FRONTIER_WHOLE_DECODE_GRID": str(GRID.resolve()),
"FRONTIER_CURVE_USAGE": str((point / "usage.json").resolve()),
}
)
point.mkdir(parents=True, exist_ok=True)
write_json(point / "command.json", argv)
started = time.monotonic()
with (point / "run.log").open("w") as output:
completed = subprocess.run(
argv,
cwd=frontier,
env=env,
stdout=output,
stderr=subprocess.STDOUT,
check=False,
)
elapsed = time.monotonic() - started
metrics = list(metrics_root.glob("**/system_metrics.json"))
status = (
"completed"
if completed.returncode == 0
and len(metrics) == 1
and (point / "usage.json").is_file()
else "failed"
)
record = {
"config": config,
"status": status,
"returncode": completed.returncode,
"elapsed_s": elapsed,
}
write_json(point / "run-status.json", record)
return record
def main() -> None:
args = parse_args()
if args.jobs < 1:
raise ValueError("--jobs must be positive")
frontier = args.frontier_checkout.resolve()
output_root = args.output_root.resolve()
validate(frontier)
source = json.loads(SOURCE_MANIFEST.read_text())
manifest = {
"schema": "frontier-decode-grid-bc8-replay.v1",
"frontier_checkout": str(frontier),
"frontier_commit": EXPECTED_FRONTIER_COMMIT,
"configs": list(CONFIGS),
"rho_per_gpu": 0.02,
"wrapper": str(WRAPPER.resolve()),
"wrapper_sha256": sha256(WRAPPER),
"whole_decode_grid": str(GRID.resolve()),
"whole_decode_grid_sha256": sha256(GRID),
"collective_curve_sha256": sha256(
JOINT_INPUTS / "collective-curve-b4-extrapolated.json"
),
"moe_curve_sha256": sha256(
JOINT_INPUTS / "fused-moe-curve-b4-extrapolated.json"
),
"traces": {
config: {
"path": str(trace_for(config).resolve()),
"sha256": sha256(trace_for(config)),
}
for config in CONFIGS
},
}
write_json(output_root / "manifest.json", manifest)
results = []
with ThreadPoolExecutor(max_workers=args.jobs) as pool:
futures = {
pool.submit(
run_one,
config,
frontier=frontier,
output_root=output_root,
templates=source["cells"],
): config
for config in CONFIGS
}
for future in as_completed(futures):
result = future.result()
results.append(result)
print(json.dumps(result, sort_keys=True), flush=True)
results.sort(key=lambda row: CONFIGS.index(row["config"]))
write_json(output_root / "run-summary.json", results)
failures = [row for row in results if row["status"] == "failed"]
if failures:
raise SystemExit(f"failed replay cells: {failures}")
if __name__ == "__main__":
main()

View File

@@ -0,0 +1,174 @@
#!/usr/bin/env bash
set -euo pipefail
TP="${TP:?TP is required}"
PROFILE_BATCH="${PROFILE_BATCH:?PROFILE_BATCH is required}"
OUTPUT_ROOT="${OUTPUT_ROOT:?OUTPUT_ROOT is required}"
SERVER_PORT="${SERVER_PORT:?SERVER_PORT is required}"
VENV_ROOT="${VENV_ROOT:-/home/admin/cpfs/wjh/venvs/vllm-0.20.0-cu129-workload-regime-v2}"
MODEL_ROOT="${MODEL_ROOT:-/home/admin/cpfs/wjh/models/Qwen/Qwen3-30B-A3B}"
GPU_MEMORY_UTILIZATION="${GPU_MEMORY_UTILIZATION:-0.92}"
SERVER_READY_ATTEMPTS="${SERVER_READY_ATTEMPTS:-900}"
ACTIVE_ITERATIONS="${ACTIVE_ITERATIONS:-16}"
SCRIPT_ROOT="$(cd "$(dirname "${BASH_SOURCE[0]}")" && pwd)"
PROJECT_ROOT="$(cd "${SCRIPT_ROOT}/../.." && pwd)"
MATERIALIZER="${SCRIPT_ROOT}/materialize_decode_batch.py"
CLIENT="${PROJECT_ROOT}/runs/frontier-fidelity-envelope-v1/qwen30_exact_trace_client.py"
SERVER_PID=""
if [[ ! "${PROFILE_BATCH}" =~ ^(2|4|6|8)$ ]]; then
echo "ERROR: PROFILE_BATCH must be 2, 4, 6, or 8" >&2
exit 1
fi
IFS=',' read -r -a GPU_IDS <<< "${CUDA_VISIBLE_DEVICES:?GPU allocation is required}"
if [[ "${#GPU_IDS[@]}" -ne "${TP}" ]]; then
echo "ERROR: TP=${TP}, but CUDA_VISIBLE_DEVICES=${CUDA_VISIBLE_DEVICES}" >&2
exit 1
fi
mkdir -p "${OUTPUT_ROOT}"
OUTPUT_ROOT="$(cd "${OUTPUT_ROOT}" && pwd)"
mkdir -p "${OUTPUT_ROOT}/logs" "${OUTPUT_ROOT}/provenance" \
"${OUTPUT_ROOT}/requests" "${OUTPUT_ROOT}/results" \
"${OUTPUT_ROOT}/trace-staging" "${OUTPUT_ROOT}/traces/profile"
exec > >(tee -a "${OUTPUT_ROOT}/logs/controller.log") 2>&1
cleanup() {
if [[ -n "${SERVER_PID}" ]] && kill -0 "${SERVER_PID}" 2>/dev/null; then
kill -TERM -- "-${SERVER_PID}" 2>/dev/null || true
for _ in $(seq 1 30); do
kill -0 "${SERVER_PID}" 2>/dev/null || break
sleep 1
done
kill -KILL -- "-${SERVER_PID}" 2>/dev/null || true
fi
SERVER_PID=""
}
trap cleanup EXIT INT TERM
sha256sum "${BASH_SOURCE[0]}" "${MATERIALIZER}" "${CLIENT}" \
"${MODEL_ROOT}/config.json" > "${OUTPUT_ROOT}/provenance/inputs.sha256"
"${VENV_ROOT}/bin/python" -c \
'import torch, transformers, vllm; print(f"torch={torch.__version__}"); print(f"transformers={transformers.__version__}"); print(f"vllm={vllm.__version__}")' \
> "${OUTPUT_ROOT}/provenance/runtime.versions"
nvidia-smi --query-gpu=index,name,uuid,driver_version,memory.total \
--format=csv,noheader > "${OUTPUT_ROOT}/provenance/gpus.before.csv"
ps -eo user,pid,ppid,etimes,pcpu,pmem,args --sort=pid \
> "${OUTPUT_ROOT}/provenance/processes.before.txt"
uptime > "${OUTPUT_ROOT}/provenance/uptime.before.txt"
env | sort > "${OUTPUT_ROOT}/provenance/environment.txt"
PROFILE_CONFIG="$("${VENV_ROOT}/bin/python" - "${OUTPUT_ROOT}/trace-staging" \
"${ACTIVE_ITERATIONS}" <<'PY'
import json
import sys
print(json.dumps({
"profiler": "torch",
"torch_profiler_dir": sys.argv[1],
"torch_profiler_with_stack": False,
"torch_profiler_record_shapes": True,
"torch_profiler_use_gzip": True,
"ignore_frontend": True,
"wait_iterations": 0,
"warmup_iterations": 2,
"active_iterations": int(sys.argv[2]),
}, separators=(",", ":")))
PY
)"
printf '%s\n' "${PROFILE_CONFIG}" \
> "${OUTPUT_ROOT}/provenance/profiler-config.json"
export TOKENIZERS_PARALLELISM=false
export VLLM_USE_V1=1
export HF_HUB_OFFLINE=1
export TRANSFORMERS_OFFLINE=1
export FLASHINFER_WORKSPACE_BASE="${FLASHINFER_WORKSPACE_BASE:-${OUTPUT_ROOT}/flashinfer-workspace}"
mkdir -p "${FLASHINFER_WORKSPACE_BASE}"
ulimit -n 65536
"${VENV_ROOT}/bin/python" "${MATERIALIZER}" --model "${MODEL_ROOT}" \
--batch "${PROFILE_BATCH}" --input-tokens 2048 --output-tokens 128 \
--output "${OUTPUT_ROOT}/requests/b${PROFILE_BATCH}.jsonl"
printf 'LAUNCH host=%s tp=%s batch=%s gpus=%s output=%s\n' \
"$(hostname)" "${TP}" "${PROFILE_BATCH}" "${CUDA_VISIBLE_DEVICES}" \
"${OUTPUT_ROOT}"
setsid "${VENV_ROOT}/bin/vllm" serve "${MODEL_ROOT}" \
--host 127.0.0.1 --port "${SERVER_PORT}" \
--served-model-name qwen30-decode-batch-profile \
--tensor-parallel-size "${TP}" \
--gpu-memory-utilization "${GPU_MEMORY_UTILIZATION}" \
--max-model-len 40960 --max-num-batched-tokens 8192 --max-num-seqs 16 \
--no-enable-prefix-caching --enable-chunked-prefill --no-enable-log-requests \
--enable-logging-iteration-details --profiler-config "${PROFILE_CONFIG}" \
> "${OUTPUT_ROOT}/logs/server.log" 2>&1 &
SERVER_PID=$!
READY=0
for _ in $(seq 1 "${SERVER_READY_ATTEMPTS}"); do
if curl -fsS --max-time 2 \
"http://127.0.0.1:${SERVER_PORT}/v1/models" \
> "${OUTPUT_ROOT}/results/models.json" 2>/dev/null; then
READY=1
break
fi
if ! kill -0 "${SERVER_PID}" 2>/dev/null; then
tail -200 "${OUTPUT_ROOT}/logs/server.log"
exit 1
fi
sleep 3
done
if [[ "${READY}" -ne 1 ]]; then
echo "ERROR: server readiness timeout" >&2
tail -200 "${OUTPUT_ROOT}/logs/server.log"
exit 1
fi
run_client() {
local label="$1"
"${VENV_ROOT}/bin/python" "${CLIENT}" \
--port "${SERVER_PORT}" \
--requests-file "${OUTPUT_ROOT}/requests/b${PROFILE_BATCH}.jsonl" \
--served-model qwen30-decode-batch-profile \
--output "${OUTPUT_ROOT}/results/${label}.json" \
--tpot-slo-ms 150 --timeout-seconds 1800
}
# Exercise the same graph and scheduler path twice before profiling.
run_client warmup-1
run_client warmup-2
curl -fsS -X POST "http://127.0.0.1:${SERVER_PORT}/start_profile" \
> "${OUTPUT_ROOT}/logs/start-profile.txt"
run_client profile
deadline=$((SECONDS + 120))
while (( SECONDS < deadline )); do
trace_count="$(find "${OUTPUT_ROOT}/trace-staging" -maxdepth 1 -type f \
-name '*.pt.trace.json*' | wc -l)"
if (( trace_count >= TP )); then
break
fi
sleep 2
done
trace_count="$(find "${OUTPUT_ROOT}/trace-staging" -maxdepth 1 -type f \
-name '*.pt.trace.json*' | wc -l)"
if (( trace_count < TP )); then
echo "ERROR: expected ${TP} rank traces, found ${trace_count}" >&2
exit 1
fi
find "${OUTPUT_ROOT}/trace-staging" -maxdepth 1 -type f \
-name '*.pt.trace.json*' -exec mv -t "${OUTPUT_ROOT}/traces/profile" {} +
curl -fsS -X POST "http://127.0.0.1:${SERVER_PORT}/stop_profile" \
> "${OUTPUT_ROOT}/logs/stop-profile.txt"
cleanup
nvidia-smi --query-gpu=index,name,uuid,driver_version,memory.total \
--format=csv,noheader > "${OUTPUT_ROOT}/provenance/gpus.after.csv"
find "${OUTPUT_ROOT}" -type f \
! -path '*/provenance/artifacts.sha256' -print0 \
| sort -z | xargs -0 sha256sum \
> "${OUTPUT_ROOT}/provenance/artifacts.sha256"
echo DECODE_BATCH_PROFILE_COMPLETE

View File

@@ -0,0 +1,114 @@
#!/usr/bin/env python3
"""Run Frontier with the existing joint repair plus a whole-layer decode curve."""
from __future__ import annotations
import json
import os
import runpy
from pathlib import Path
ROOT = Path(__file__).resolve().parent
REPO = ROOT.parents[1]
GRID = json.loads(Path(os.environ["FRONTIER_WHOLE_DECODE_GRID"]).read_text())
WHOLE_CURVE = {
str(tp): {
str(cell["batch"]): float(cell["median_execute_ms"])
for cell in GRID["cells"]
if int(cell["tp"]) == tp
}
for tp in (2, 4)
}
# Apply the existing serving-path collective/MoE correction first.
joint = runpy.run_path(
str(REPO / "runs/frontier-collective-joint-v0/run_frontier_with_curves.py")
)
USAGE = joint["USAGE"]
_pure_decode_point = joint["_pure_decode_point"]
from frontier.entities import ExecutionTime # noqa: E402
from frontier.execution_time_predictor.sklearn_moe_execution_time_predictor import ( # noqa: E402
SklearnMoEExecutionTimePredictor,
)
_JOINT_STAGE_PREDICT = SklearnMoEExecutionTimePredictor.predict_stage_execution_time
def _whole_decode_stage_time(
self,
batch,
stage_id,
cluster_type,
num_layers=1,
layer_id=0,
):
base = _JOINT_STAGE_PREDICT(
self,
batch,
stage_id,
cluster_type,
num_layers=num_layers,
layer_id=layer_id,
)
point = _pure_decode_point(self, batch)
if point is None or point[0] == "1" or point[1] == "1":
return base
tp, decode_batch = point
if tp not in WHOLE_CURVE or decode_batch not in WHOLE_CURVE[tp]:
raise ValueError(
"Whole-layer curve has no exact pure-decode point for "
f"TP={tp}, batch={decode_batch}; refusing to extrapolate"
)
layers = int(base.num_layers)
if layers <= 0:
raise ValueError(f"invalid stage layer count: {layers}")
target_ms = WHOLE_CURVE[tp][decode_batch]
USAGE[f"whole_decode:tp{tp}-b{decode_batch}:target_ms={target_ms:.9f}"] += 1
return ExecutionTime(
num_layers_per_pipeline_stage=layers,
attention_rope_execution_time=0.0,
attention_kv_cache_save_execution_time=0.0,
attention_decode_execution_time=0.0,
attention_prefill_execution_time=0.0,
attention_layer_pre_proj_execution_time=0.0,
attention_layer_post_proj_execution_time=0.0,
attn_norm_time=0.0,
mlp_norm_time=0.0,
add_time=0.0,
tensor_parallel_communication_time=0.0,
pipeline_parallel_communication_time=0.0,
expert_parallel_communication_time=0.0,
moe_gating_time=0.0,
moe_shuffling_time=0.0,
schedule_time=base._schedule_time,
sampler_e2e_time=base._sampler_e2e_time,
prepare_inputs_e2e_time=base._prepare_inputs_e2e_time,
process_model_outputs_time=base._process_model_outputs_time,
ray_comm_time=base._ray_comm_time,
is_moe=True,
moe_grouped_gemm_time=target_ms / layers,
pp_producer_send_path_runtime_time=(
base._pp_producer_send_path_runtime_time
),
pp_receiver_head_runtime_time=base._pp_receiver_head_runtime_time,
pp_prefill_consumer_active_runtime_time=(
base._pp_prefill_consumer_active_runtime_time
),
pp_stage_boundary_residual_runtime_time=(
base._pp_stage_boundary_residual_runtime_time
),
)
SklearnMoEExecutionTimePredictor.predict_stage_execution_time = (
_whole_decode_stage_time
)
from frontier.main import main # noqa: E402
if __name__ == "__main__":
main()

View File

@@ -67,6 +67,11 @@ def parse_args() -> argparse.Namespace:
parser.add_argument("--kernel-profile-root", type=Path)
parser.add_argument("--python-deps", type=Path, required=True)
parser.add_argument("--output-root", type=Path, required=True)
parser.add_argument(
"--predictor-cache-root",
type=Path,
help="Reuse a validated predictor cache outside the output root.",
)
parser.add_argument(
"--trace",
action="append",
@@ -107,6 +112,11 @@ def parse_args() -> argparse.Namespace:
)
parser.add_argument("--resume", action="store_true")
parser.add_argument("--continue-on-failure", action="store_true")
parser.add_argument(
"--store-stage-batch-ledger",
action="store_true",
help="Persist Frontier's per-stage batch/state ledger for diagnosis.",
)
return parser.parse_args()
@@ -315,6 +325,17 @@ def classify_frontier_failure(stderr: str) -> str:
return "frontier_error"
def configure_stage_batch_ledger(command: list[str], *, enabled: bool) -> list[str]:
if not enabled:
return command
disabled = "--no-metrics_config_store_frontier_stage_batch_ledger"
enabled_flag = "--metrics_config_store_frontier_stage_batch_ledger"
if command.count(disabled) != 1 or enabled_flag in command:
raise ValueError("unexpected stage-batch-ledger command contract")
command[command.index(disabled)] = enabled_flag
return command
def score(path: Path, expected_shapes: list[tuple[int, int]]) -> dict[str, Any]:
with path.open(newline="") as source:
rows = list(csv.DictReader(source))
@@ -542,9 +563,10 @@ def main() -> None:
)
config_results = []
predictor_cache_root = args.predictor_cache_root or args.output_root / "cache"
for config in selected:
loads = []
config_knobs = BASE.knobs(config, paths, args.output_root / "cache")
config_knobs = BASE.knobs(config, paths, predictor_cache_root)
config_knobs["enable_prefix_caching"] = args.prefix_caching
config_knobs["prediction_max_tokens_per_request"] = 40960
config_knobs["decode_cuda_graph_mode"] = args.decode_cuda_graph_mode
@@ -592,6 +614,15 @@ def main() -> None:
str(args.predictor_training_job_threads),
]
)
command = configure_stage_batch_ledger(
command, enabled=args.store_stage_batch_ledger
)
command.extend(
[
"--metrics_config_cache_dir",
str(predictor_cache_root),
]
)
if args.align_real_graph_runtime:
command.extend(
[
@@ -621,7 +652,7 @@ def main() -> None:
)
fallback_evidence = (
collective_fallback_evidence(run_dir)
if args.cc_backend == "vidur"
if args.cc_backend == "vidur" and config.tp > 1
else []
)
if completed.returncode == 0 and fallback_evidence:
@@ -803,6 +834,8 @@ def main() -> None:
"prefix_caching": args.prefix_caching,
"arrival": "original_trace_timestamp_and_order",
"input_output": "exact_source_values",
"store_stage_batch_ledger": args.store_stage_batch_ledger,
"predictor_cache_root": str(predictor_cache_root),
"ttft_slo": "1000ms + 1000ms * input_tokens / 8000",
"tpot_slos_ms": TPOT_SLOS_MS,
"primary_tpot_slo_ms": 150.0,

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@@ -0,0 +1,97 @@
# Frontier simulator residual-gap campaign
目标:在已经完成的 1h+ production chat-trace fidelity matrix 上,按信息增益和工程可修性依次关闭三个残余误差源。三个实验严格串行;前一项的产物是后一项的 baseline不允许同时改多个 profile/component。
## 冻结基线
- Frontier`deadc4a321f0baaa534c6ebd17f974123733cdc2`
- Profile`runs/frontier-prefill-kvgrowth-fix-v0/profiles/profile-v5-kvgrowth`
- Workload`docs/assets/frontier-fidelity/full-matrix.csv` 相同的 7 个 TP×load cells
- Real复用现有每 cell 两次 60-min trial不重新采集不做逐 cell E2E calibration
- 指标TTFT/TPOT/E2E 的 mean/p50/p90/p99real trial 分别与同一 sim request ID 配对后汇总,不再把两次 real trial pool 成一个分布
- 有效域TP1 两个 cell 的 simulated waiting p99 已超过原 1 s subcritical gate必须标成 `gate-fail diagnostic`,不能继续称为 subcritical evidence
## 串行任务列表
### EXP-1structured attention-prefill predictor
- [x] 锁定 Frontier/profile/trace provenance
- [x] 审计训练与运行时 feature contract
- [x] 冻结 experiment card、事前判据和 mock figure
- [x] 实现最小 predictor patch
- standard prefill 只训练 `batch_size=1`;多请求继续走既有 mixed predictor
- `base(q)` 使用单请求 `KV=0` profile 的单调分段插值
- KV growth 使用非负 `KV + q×KV`
- [x] 单元测试exact anchors、q/KV 单调、非负、pickle round-trip
- [x] 离线 ablationRF-all / RF-single / structured-singleheld-out context MAPE
- [x] 7-cell CPU replay
- [x] trial-aware paired verdict 与旧 v5 baseline 对照
Decision**profile gate PASStrace/merge gate FAIL**。TP1/TP2 TTFT mean/p99
绝对误差改善约 7--10 ppTP4 三个 cell 的 TTFT mean 绝对误差稳定恶化
5.3--5.8 pp。该 patch 保留为机制 ablation不作为全局默认 predictor。
EXP-2 先执行 entry audit仅当 structured 分支上的 TP2 chunk residual 仍 ≥10%
才进入 GPU 三臂测量。
Go/no-go
- profile gateheld-out context MAPE ≤5%,且所有 TP 的 q/KV 单调检查通过
- trace gateTP1 TTFT mean/p99 的绝对偏差各改善 ≥5 ppTP2/TP4 任一 TTFT/E2E quantile 不得恶化 >5 pp
- 若 profile gate 不过,不进入 trace replay若 trace gate 不过,保留 profile diagnosis回退 patch不进入 EXP-2
### EXP-2TP2 base-prefill serving-path profile
- [x] 在 EXP-1 冻结输出上重新确认 chunk #1 residualTP2 是否仍为孤立点
- [x] probe `dash1`--`dash4`;只选择 8 张 H20 全部 idle/healthy 的主机
- [x] 三臂中的 A/C 同形状 profile
- A当前 standalone microbenchmark
- C真实 serving path extract
- [x] q8k smoke 与两个 TP rank 的 component contract
- [x] 注入 q8k ratio重放 TP2 两个 load cell其余 profile 冻结
- [x] paired verdict
Decision**mechanism gate PASSglobal constant injection FAIL**。serving q8k
execute=`408.19 ms`real=`410 ms`MoE=`214.52 ms` vs sim=`171.12 ms`
解释 `80.75%` residual。全 prefill-domain constant `1.25366×` 会过校正:
subcritical TTFT mean `4.54%→+5.23%` 且 E2E mean
`+12.70%→+15.55%`。保留的工程方向是 TP2 token/routing-conditioned MoE
curve不合入 constant scale。B arm 合并为该 follow-up curve 的真实 routing
采样,不再为已被 C 直接确认的机制单独占一次 GPU run。
Go/no-go
- 若 B/C 相对 A 都没有稳定的 ≥10% shift拒绝“tactic/warmup 或 serving composition”假设不做 profile 注入
- 若 C 能解释 real chunk residualTP2 TTFT mean 目标收敛至 ±10%,且 E2E/TPOT 不恶化 >5 pp
### EXP-3decode whole-layer residual × batch curve
- [x] 在 EXP-2 冻结输出上确认 TP4 low-load TPOT/E2E 正偏仍存在
- [x] probe dash1--dash4补 TP2/TP4 × batch 2/4/6/8 whole-layer grid
b1 复用既有 serving anchor
- [x] 将 whole-layer time 与 component sum 对齐,定位 TP4/b6 collective tail
- [x] 稳定性 gateTP4/b2 fresh-process CV=`0.067%`TP4/b6 依规则加 r3
- [x] 重放历史 BC-8 knee检查 `TP2<TP4<TP1` 排序
- [x] 审计 7-cell runtime support因 batch 最大到 b15 且 TP4/b6
deterministic mean 不稳定,拒绝 b8 constant extrapolation不做 global injection
- [x] 分层判决BC-8 排序不升级 event telemetry绝对残差/MNS/high-batch
tail 保留 event/distribution-aware follow-up
Decision**BC-8 engineering fix PASSglobal curve merge NO-GO**。稳定 TP4/b2
median=`4.623 ms`exact b2 injection 使 TP4 P4 sim TPOT
`5.864→5.367 ms`,完整 MNS16 排序恢复为真实的 `TP2<TP4<TP1`
绝对 residual 仍为 `+0.918--+1.001 ms`MNS16/32 仍 tie。TP4/b6 的
5.433/10.157/8.634 ms 跨进程均值由 collective tail 主导1h trace 又访问
b9--b15故当前只接受 scoped TP4/b2 correction不接受全局 b2--b8 lookup。
Go/no-go
- low-load TPOT/E2E mean 绝对偏差各改善 ≥5 pp
- BC-8 topology order 恢复,且原 7-cell TTFT 任一 quantile 不恶化 >5 pp
## 统一输出格式
每个实验最终报告都分为:
1. `Fact`:原始测量与 paired metric
2. `Interpretation`:支持/反驳哪条机制假设
3. `Decision`merge、回退、继续下一实验或停止

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@@ -0,0 +1,46 @@
# Frontier residual-gap 三实验判决
## EXP-1 structured attention-prefill
- **Fact** held-out context MAPE 为 TP1/2/4 `0.84/1.60/3.01%`profile
gate PASS7-cell 中 TP1/TP2 TTFT 绝对误差改善约 7--10 pp但 TP4
TTFT mean 稳定恶化 5.3--5.8 pp。
- **Interpretation** structured feature contract 正确,但旧 TP4 的好结果含
error cancellation单独替换 attention 会暴露其它正偏。
- **Decision** 不合入默认 predictor保留为机制 ablation。
## EXP-2 TP2 prefill serving-path
- **Fact** q8k TP2 serving execute=`408.19 ms`real anchor=`410 ms`
MoE=`214.52 ms` vs sim=`171.12 ms`,解释 `80.75%` residual。全域
`1.25366×` 常数注入使 subcritical TTFT mean `-4.54%→+5.23%`
E2E mean `+12.70%→+15.55%`
- **Interpretation** TP2 residual 的主机制是 serving-path MoE composition
但 correction 随 token/routing state 变化,不是常数。
- **Decision** 机制 PASS、constant merge FAIL工程项为 TP2
token/routing-conditioned MoE curve。
## EXP-3 decode whole-layer batch grid
- **Fact** TP4/b2 fresh-process=`4.626/4.620 ms`CV=`0.067%`
median=`4.623 ms`。BC-8 exact b2 replay 将 TP4 sim TPOT
`5.864→5.367 ms`,排序恢复 `TP2<TP4<TP1`;残差仍
`+0.918--+1.001 ms`。TP4/b6 三次均值 `5.433/10.157/8.634 ms`
差异来自 collective tail。
- **Interpretation** BC-8 topology gap 可由稳定 TP4/b2 whole-layer
service correction 工程修复;高 batch 需要分布式 collective-tail 模型,
不能当确定性 lookup。
- **Decision** scoped TP4/b2 correction PASSglobal b2--b8 merge NO-GO。
1h trace 会访问 b9--b15下一步补 b9--b16 与 collective-tail telemetry。
## 总结
三个明显 gap 中:
1. **可直接工程化:** BC-8 的 scoped TP4/b2 whole-layer correction。
2. **可工程化但需条件曲线:** TP2 prefill 的 token/routing-conditioned MoE。
3. **不应直接合入:** structured attention 全局替换、prefill 常数 scale、
decode 全局 deterministic b2--b8 lookup。
剩余新机制工作集中在 MNS/admission event semantics、TP4 high-batch
collective-tail distribution以及 b9--b16 profile support。

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"tpot_p90_ms": 64.87020396877685,
"trials": [
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-pd/real/tp4_ep1_mns64/trial1/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-pd/real/tp4_ep1_mns64/trial2/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-pd/real/tp4_ep1_mns64/trial3/results/result.json"
],
"ttft_mean_ms": 31557.98602907994,
"ttft_p90_ms": 112666.82129900437
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"tp8_ep8_mns128": {
"e2e_mean_ms": 182457.35910624202,
"e2e_p90_ms": 318000.89644105174,
"request_samples": 387,
"tpot_mean_ms": 61.88514020253078,
"tpot_p90_ms": 78.6175951982538,
"trials": [
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-pd/real/tp8_ep8_mns128/trial1/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-pd/real/tp8_ep8_mns128/trial2/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-pd/real/tp8_ep8_mns128/trial3/results/result.json"
],
"ttft_mean_ms": 1141.539354895564,
"ttft_p90_ms": 2616.6939180111513
},
"tp8_ep8_mns64": {
"e2e_mean_ms": 181341.34550937495,
"e2e_p90_ms": 299389.4552709535,
"request_samples": 387,
"tpot_mean_ms": 45.89371812653489,
"tpot_p90_ms": 51.37046630467056,
"trials": [
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-pd/real/tp8_ep8_mns64/trial1/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-pd/real/tp8_ep8_mns64/trial2/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-pd/real/tp8_ep8_mns64/trial3/results/result.json"
],
"ttft_mean_ms": 37215.26084531421,
"ttft_p90_ms": 132333.42359995004
}
},
"sim": {
"tp4_ep1_mns128": {
"e2e_mean_ms": 350485.31604335306,
"e2e_p50_ms": 329886.2419457557,
"e2e_p90_ms": 618683.6003279199,
"e2e_p95_ms": 719028.7082294676,
"tpot_mean_ms": 92.88846066050185,
"tpot_p50_ms": 91.14780565610876,
"tpot_p90_ms": 104.48481783284998,
"tpot_p95_ms": 117.7639165127043,
"ttft_mean_ms": 51997.2508135414,
"ttft_p50_ms": 915.3872825012286,
"ttft_p90_ms": 175964.46056759413,
"ttft_p95_ms": 254194.45368846075
},
"tp4_ep1_mns64": {
"e2e_mean_ms": 350205.0884431818,
"e2e_p50_ms": 345577.391630324,
"e2e_p90_ms": 612408.2764512596,
"e2e_p95_ms": 709831.5675796239,
"tpot_mean_ms": 86.77595832694777,
"tpot_p50_ms": 87.01966249041537,
"tpot_p90_ms": 95.27552612769624,
"tpot_p95_ms": 98.22236811591964,
"ttft_mean_ms": 64276.51238724817,
"ttft_p50_ms": 2913.567965463905,
"ttft_p90_ms": 231348.6370051864,
"ttft_p95_ms": 250924.94176651328
},
"tp8_ep8_mns128": {
"e2e_mean_ms": 197537.45276613487,
"e2e_p50_ms": 184538.43666142275,
"e2e_p90_ms": 356508.87615749374,
"e2e_p95_ms": 426676.71753314673,
"tpot_mean_ms": 62.78094439594437,
"tpot_p50_ms": 61.98322714624318,
"tpot_p90_ms": 73.38270919472093,
"tpot_p95_ms": 79.82017533221833,
"ttft_mean_ms": 496.4562724801789,
"ttft_p50_ms": 258.18551545088656,
"ttft_p90_ms": 1185.2339118913733,
"ttft_p95_ms": 1563.6528594879735
},
"tp8_ep8_mns64": {
"e2e_mean_ms": 230232.00122833299,
"e2e_p50_ms": 225231.54242404614,
"e2e_p90_ms": 399325.5400221139,
"e2e_p95_ms": 451116.17307457025,
"tpot_mean_ms": 56.01681518539994,
"tpot_p50_ms": 56.94928232211729,
"tpot_p90_ms": 60.38839798597023,
"tpot_p95_ms": 62.67163079918898,
"ttft_mean_ms": 46908.98176860714,
"ttft_p50_ms": 1623.170360660838,
"ttft_p90_ms": 166051.82069777363,
"ttft_p95_ms": 181013.0283352888
}
}
},
"trace-po": {
"comparison": {
"e2e_mean_ms": {
"informative_pairs": 6,
"pair_direction_agreement": 0.6666666666666666,
"real_winner": "tp8_ep8_mns128",
"reversals": [
[
"tp4_ep1_mns64",
"tp4_ep1_mns128"
],
[
"tp8_ep8_mns64",
"tp8_ep8_mns128"
]
],
"selected_real_regret": 0.0137482658615673,
"sim_winner": "tp8_ep8_mns64",
"winner_match": false
},
"e2e_p90_ms": {
"informative_pairs": 4,
"pair_direction_agreement": 1.0,
"real_winner": "tp8_ep8_mns64",
"reversals": [],
"selected_real_regret": 0.0025194410024500513,
"sim_winner": "tp8_ep8_mns128",
"winner_match": false
},
"ttft_mean_ms": {
"informative_pairs": 6,
"pair_direction_agreement": 0.6666666666666666,
"real_winner": "tp8_ep8_mns128",
"reversals": [
[
"tp4_ep1_mns64",
"tp4_ep1_mns128"
],
[
"tp8_ep8_mns64",
"tp8_ep8_mns128"
]
],
"selected_real_regret": 0.013750984200462835,
"sim_winner": "tp8_ep8_mns64",
"winner_match": false
},
"ttft_p90_ms": {
"informative_pairs": 4,
"pair_direction_agreement": 1.0,
"real_winner": "tp8_ep8_mns64",
"reversals": [],
"selected_real_regret": 0.002607797240047338,
"sim_winner": "tp8_ep8_mns128",
"winner_match": false
}
},
"real": {
"tp4_ep1_mns128": {
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"e2e_p90_ms": 3156.966591021046,
"request_samples": 387,
"tpot_mean_ms": null,
"tpot_p90_ms": null,
"trials": [
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"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp4_ep1_mns128/trial2/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp4_ep1_mns128/trial3/results/result.json"
],
"ttft_mean_ms": 1083.561832460368,
"ttft_p90_ms": 3156.9307829486206
},
"tp4_ep1_mns64": {
"e2e_mean_ms": 1102.0341126990652,
"e2e_p90_ms": 3162.989347940311,
"request_samples": 387,
"tpot_mean_ms": null,
"tpot_p90_ms": null,
"trials": [
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp4_ep1_mns64/trial1/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp4_ep1_mns64/trial2/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp4_ep1_mns64/trial3/results/result.json"
],
"ttft_mean_ms": 1101.9558890756384,
"ttft_p90_ms": 3162.9534389358014
},
"tp8_ep8_mns128": {
"e2e_mean_ms": 1029.581229927413,
"e2e_p90_ms": 2612.0267439400777,
"request_samples": 387,
"tpot_mean_ms": null,
"tpot_p90_ms": null,
"trials": [
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp8_ep8_mns128/trial1/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp8_ep8_mns128/trial2/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp8_ep8_mns128/trial3/results/result.json"
],
"ttft_mean_ms": 1029.4865175674956,
"ttft_p90_ms": 2611.9744409807026
},
"tp8_ep8_mns64": {
"e2e_mean_ms": 1043.7361864025345,
"e2e_p90_ms": 2605.4624350508675,
"request_samples": 387,
"tpot_mean_ms": null,
"tpot_p90_ms": null,
"trials": [
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp8_ep8_mns64/trial1/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp8_ep8_mns64/trial2/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp8_ep8_mns64/trial3/results/result.json"
],
"ttft_mean_ms": 1043.6429704051557,
"ttft_p90_ms": 2605.180658050813
}
},
"sim": {
"tp4_ep1_mns128": {
"e2e_mean_ms": 698.2455408721717,
"e2e_p50_ms": 208.8217362068434,
"e2e_p90_ms": 2102.42229741975,
"e2e_p95_ms": 2868.6579248910534,
"tpot_mean_ms": null,
"tpot_p50_ms": null,
"tpot_p90_ms": null,
"tpot_p95_ms": null,
"ttft_mean_ms": 698.2455408721717,
"ttft_p50_ms": 208.8217362068434,
"ttft_p90_ms": 2102.42229741975,
"ttft_p95_ms": 2868.6579248910534
},
"tp4_ep1_mns64": {
"e2e_mean_ms": 698.0132356513792,
"e2e_p50_ms": 208.8217362068434,
"e2e_p90_ms": 2102.42229741975,
"e2e_p95_ms": 2868.6579248910534,
"tpot_mean_ms": null,
"tpot_p50_ms": null,
"tpot_p90_ms": null,
"tpot_p95_ms": null,
"ttft_mean_ms": 698.0132356513792,
"ttft_p50_ms": 208.8217362068434,
"ttft_p90_ms": 2102.42229741975,
"ttft_p95_ms": 2868.6579248910534
},
"tp8_ep8_mns128": {
"e2e_mean_ms": 487.42679595918156,
"e2e_p50_ms": 253.39288448911512,
"e2e_p90_ms": 1264.1466431938486,
"e2e_p95_ms": 1656.1837032209396,
"tpot_mean_ms": null,
"tpot_p50_ms": null,
"tpot_p90_ms": null,
"tpot_p95_ms": null,
"ttft_mean_ms": 487.42679595918156,
"ttft_p50_ms": 253.39288448911512,
"ttft_p90_ms": 1264.1466431938486,
"ttft_p95_ms": 1656.1837032209396
},
"tp8_ep8_mns64": {
"e2e_mean_ms": 487.3699604726311,
"e2e_p50_ms": 253.41330144894124,
"e2e_p90_ms": 1264.1466431938486,
"e2e_p95_ms": 1656.1837032209396,
"tpot_mean_ms": null,
"tpot_p50_ms": null,
"tpot_p90_ms": null,
"tpot_p95_ms": null,
"ttft_mean_ms": 487.3699604726311,
"ttft_p50_ms": 253.41330144894124,
"ttft_p90_ms": 1264.1466431938486,
"ttft_p95_ms": 1656.1837032209396
}
}
}
},
"real_root": "/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1",
"schema": "qwen235-v020-simulator-real-comparison-v1",
"sim_root": "/home/admin/cpfs/wjh/aituner/qwen235-collective-profile-ablation-20260719-r1"
}

View File

@@ -0,0 +1,24 @@
# Qwen235 vLLM 0.20 Frontier vs real
| case | metric | Frontier winner | real winner | match | regret | pair agreement |
|---|---|---|---|---:|---:|---:|
| fixed-pd | ttft_mean_ms | tp8_ep8_mns128 | tp8_ep8_mns128 | yes | 0.0% | 100.0% |
| fixed-pd | ttft_p90_ms | tp8_ep8_mns128 | tp8_ep8_mns64 | no | 0.2% | 100.0% |
| fixed-pd | tpot_mean_ms | tp8_ep8_mns128 | tp4_ep1_mns128 | no | 33.0% | 0.0% |
| fixed-pd | tpot_p90_ms | tp8_ep8_mns128 | tp4_ep1_mns128 | no | 37.2% | 0.0% |
| fixed-pd | e2e_mean_ms | tp8_ep8_mns128 | tp4_ep1_mns128 | no | 30.7% | 0.0% |
| fixed-pd | e2e_p90_ms | tp8_ep8_mns128 | tp4_ep1_mns128 | no | 34.6% | 0.0% |
| fixed-po | ttft_mean_ms | tp8_ep8_mns128 | tp8_ep8_mns128 | yes | 0.0% | 100.0% |
| fixed-po | ttft_p90_ms | tp8_ep8_mns128 | tp8_ep8_mns128 | yes | 0.0% | 100.0% |
| fixed-po | e2e_mean_ms | tp8_ep8_mns128 | tp8_ep8_mns128 | yes | 0.0% | 100.0% |
| fixed-po | e2e_p90_ms | tp8_ep8_mns128 | tp8_ep8_mns128 | yes | 0.0% | 100.0% |
| trace-pd | ttft_mean_ms | tp8_ep8_mns128 | tp8_ep8_mns128 | yes | 0.0% | 66.7% |
| trace-pd | ttft_p90_ms | tp8_ep8_mns128 | tp8_ep8_mns128 | yes | 0.0% | 66.7% |
| trace-pd | tpot_mean_ms | tp8_ep8_mns64 | tp8_ep8_mns64 | yes | 0.0% | 66.7% |
| trace-pd | tpot_p90_ms | tp8_ep8_mns64 | tp8_ep8_mns64 | yes | 0.0% | 66.7% |
| trace-pd | e2e_mean_ms | tp8_ep8_mns128 | tp8_ep8_mns64 | no | 0.6% | 83.3% |
| trace-pd | e2e_p90_ms | tp8_ep8_mns128 | tp8_ep8_mns64 | no | 6.2% | 83.3% |
| trace-po | ttft_mean_ms | tp8_ep8_mns64 | tp8_ep8_mns128 | no | 1.4% | 66.7% |
| trace-po | ttft_p90_ms | tp8_ep8_mns128 | tp8_ep8_mns64 | no | 0.3% | 100.0% |
| trace-po | e2e_mean_ms | tp8_ep8_mns64 | tp8_ep8_mns128 | no | 1.4% | 66.7% |
| trace-po | e2e_p90_ms | tp8_ep8_mns128 | tp8_ep8_mns64 | no | 0.3% | 100.0% |

View File

@@ -0,0 +1,952 @@
{
"cases": {
"fixed-pd": {
"comparison": {
"e2e_mean_ms": {
"informative_pairs": 4,
"pair_direction_agreement": 0.0,
"real_winner": "tp4_ep1_mns128",
"reversals": [
[
"tp4_ep1_mns64",
"tp8_ep8_mns64"
],
[
"tp4_ep1_mns64",
"tp8_ep8_mns128"
],
[
"tp4_ep1_mns128",
"tp8_ep8_mns64"
],
[
"tp4_ep1_mns128",
"tp8_ep8_mns128"
]
],
"selected_real_regret": 0.3067524317507717,
"sim_winner": "tp8_ep8_mns128",
"winner_match": false
},
"e2e_p90_ms": {
"informative_pairs": 4,
"pair_direction_agreement": 0.0,
"real_winner": "tp4_ep1_mns128",
"reversals": [
[
"tp4_ep1_mns64",
"tp8_ep8_mns64"
],
[
"tp4_ep1_mns64",
"tp8_ep8_mns128"
],
[
"tp4_ep1_mns128",
"tp8_ep8_mns64"
],
[
"tp4_ep1_mns128",
"tp8_ep8_mns128"
]
],
"selected_real_regret": 0.3456375801249614,
"sim_winner": "tp8_ep8_mns128",
"winner_match": false
},
"tpot_mean_ms": {
"informative_pairs": 4,
"pair_direction_agreement": 0.0,
"real_winner": "tp4_ep1_mns128",
"reversals": [
[
"tp4_ep1_mns64",
"tp8_ep8_mns64"
],
[
"tp4_ep1_mns64",
"tp8_ep8_mns128"
],
[
"tp4_ep1_mns128",
"tp8_ep8_mns64"
],
[
"tp4_ep1_mns128",
"tp8_ep8_mns128"
]
],
"selected_real_regret": 0.33025510615656906,
"sim_winner": "tp8_ep8_mns128",
"winner_match": false
},
"tpot_p90_ms": {
"informative_pairs": 4,
"pair_direction_agreement": 0.0,
"real_winner": "tp4_ep1_mns128",
"reversals": [
[
"tp4_ep1_mns64",
"tp8_ep8_mns64"
],
[
"tp4_ep1_mns64",
"tp8_ep8_mns128"
],
[
"tp4_ep1_mns128",
"tp8_ep8_mns64"
],
[
"tp4_ep1_mns128",
"tp8_ep8_mns128"
]
],
"selected_real_regret": 0.37228890038064755,
"sim_winner": "tp8_ep8_mns128",
"winner_match": false
},
"ttft_mean_ms": {
"informative_pairs": 4,
"pair_direction_agreement": 0.0,
"real_winner": "tp8_ep8_mns128",
"reversals": [
[
"tp4_ep1_mns64",
"tp8_ep8_mns64"
],
[
"tp4_ep1_mns64",
"tp8_ep8_mns128"
],
[
"tp4_ep1_mns128",
"tp8_ep8_mns64"
],
[
"tp4_ep1_mns128",
"tp8_ep8_mns128"
]
],
"selected_real_regret": 0.04237011756982145,
"sim_winner": "tp4_ep1_mns128",
"winner_match": false
},
"ttft_p90_ms": {
"informative_pairs": 4,
"pair_direction_agreement": 1.0,
"real_winner": "tp8_ep8_mns64",
"reversals": [],
"selected_real_regret": 0.002088257708717345,
"sim_winner": "tp8_ep8_mns128",
"winner_match": false
}
},
"real": {
"tp4_ep1_mns128": {
"e2e_mean_ms": 5729.31677040774,
"e2e_p90_ms": 5871.668232022785,
"request_samples": 387,
"tpot_mean_ms": 21.044200828709027,
"tpot_p90_ms": 21.59612646244247,
"trials": [
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/fixed-pd/real/tp4_ep1_mns128/trial1/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/fixed-pd/real/tp4_ep1_mns128/trial2/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/fixed-pd/real/tp4_ep1_mns128/trial3/results/result.json"
],
"ttft_mean_ms": 363.00995954954925,
"ttft_p90_ms": 369.09779999405146
},
"tp4_ep1_mns64": {
"e2e_mean_ms": 5769.497427325912,
"e2e_p90_ms": 5888.945628073998,
"request_samples": 387,
"tpot_mean_ms": 21.187139407074238,
"tpot_p90_ms": 21.653656356547977,
"trials": [
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/fixed-pd/real/tp4_ep1_mns64/trial1/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/fixed-pd/real/tp4_ep1_mns64/trial2/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/fixed-pd/real/tp4_ep1_mns64/trial3/results/result.json"
],
"ttft_mean_ms": 366.7432916322386,
"ttft_p90_ms": 369.99153497163206
},
"tp8_ep8_mns128": {
"e2e_mean_ms": 7486.7986220007915,
"e2e_p90_ms": 7901.13743103575,
"request_samples": 387,
"tpot_mean_ms": 27.994155607374484,
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"tpot_p90_ms": 60.374786839964116,
"tpot_p95_ms": 62.94158800335912,
"ttft_mean_ms": 43679.663681651284,
"ttft_p50_ms": 2772.0384805371,
"ttft_p90_ms": 151027.16878398336,
"ttft_p95_ms": 165014.86227423933
}
}
},
"trace-po": {
"comparison": {
"e2e_mean_ms": {
"informative_pairs": 6,
"pair_direction_agreement": 0.0,
"real_winner": "tp8_ep8_mns128",
"reversals": [
[
"tp4_ep1_mns64",
"tp4_ep1_mns128"
],
[
"tp4_ep1_mns64",
"tp8_ep8_mns64"
],
[
"tp4_ep1_mns64",
"tp8_ep8_mns128"
],
[
"tp4_ep1_mns128",
"tp8_ep8_mns64"
],
[
"tp4_ep1_mns128",
"tp8_ep8_mns128"
],
[
"tp8_ep8_mns64",
"tp8_ep8_mns128"
]
],
"selected_real_regret": 0.07037121566091509,
"sim_winner": "tp4_ep1_mns64",
"winner_match": false
},
"e2e_p90_ms": {
"informative_pairs": 4,
"pair_direction_agreement": 0.0,
"real_winner": "tp8_ep8_mns64",
"reversals": [
[
"tp4_ep1_mns64",
"tp8_ep8_mns64"
],
[
"tp4_ep1_mns64",
"tp8_ep8_mns128"
],
[
"tp4_ep1_mns128",
"tp8_ep8_mns64"
],
[
"tp4_ep1_mns128",
"tp8_ep8_mns128"
]
],
"selected_real_regret": 0.21167227304868486,
"sim_winner": "tp4_ep1_mns128",
"winner_match": false
},
"ttft_mean_ms": {
"informative_pairs": 6,
"pair_direction_agreement": 0.0,
"real_winner": "tp8_ep8_mns128",
"reversals": [
[
"tp4_ep1_mns64",
"tp4_ep1_mns128"
],
[
"tp4_ep1_mns64",
"tp8_ep8_mns64"
],
[
"tp4_ep1_mns64",
"tp8_ep8_mns128"
],
[
"tp4_ep1_mns128",
"tp8_ep8_mns64"
],
[
"tp4_ep1_mns128",
"tp8_ep8_mns128"
],
[
"tp8_ep8_mns64",
"tp8_ep8_mns128"
]
],
"selected_real_regret": 0.07039370625209918,
"sim_winner": "tp4_ep1_mns64",
"winner_match": false
},
"ttft_p90_ms": {
"informative_pairs": 4,
"pair_direction_agreement": 0.0,
"real_winner": "tp8_ep8_mns64",
"reversals": [
[
"tp4_ep1_mns64",
"tp8_ep8_mns64"
],
[
"tp4_ep1_mns64",
"tp8_ep8_mns128"
],
[
"tp4_ep1_mns128",
"tp8_ep8_mns64"
],
[
"tp4_ep1_mns128",
"tp8_ep8_mns128"
]
],
"selected_real_regret": 0.2117895828808376,
"sim_winner": "tp4_ep1_mns128",
"winner_match": false
}
},
"real": {
"tp4_ep1_mns128": {
"e2e_mean_ms": 1083.6389664896267,
"e2e_p90_ms": 3156.966591021046,
"request_samples": 387,
"tpot_mean_ms": null,
"tpot_p90_ms": null,
"trials": [
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp4_ep1_mns128/trial1/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp4_ep1_mns128/trial2/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp4_ep1_mns128/trial3/results/result.json"
],
"ttft_mean_ms": 1083.561832460368,
"ttft_p90_ms": 3156.9307829486206
},
"tp4_ep1_mns64": {
"e2e_mean_ms": 1102.0341126990652,
"e2e_p90_ms": 3162.989347940311,
"request_samples": 387,
"tpot_mean_ms": null,
"tpot_p90_ms": null,
"trials": [
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp4_ep1_mns64/trial1/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp4_ep1_mns64/trial2/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp4_ep1_mns64/trial3/results/result.json"
],
"ttft_mean_ms": 1101.9558890756384,
"ttft_p90_ms": 3162.9534389358014
},
"tp8_ep8_mns128": {
"e2e_mean_ms": 1029.581229927413,
"e2e_p90_ms": 2612.0267439400777,
"request_samples": 387,
"tpot_mean_ms": null,
"tpot_p90_ms": null,
"trials": [
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp8_ep8_mns128/trial1/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp8_ep8_mns128/trial2/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp8_ep8_mns128/trial3/results/result.json"
],
"ttft_mean_ms": 1029.4865175674956,
"ttft_p90_ms": 2611.9744409807026
},
"tp8_ep8_mns64": {
"e2e_mean_ms": 1043.7361864025345,
"e2e_p90_ms": 2605.4624350508675,
"request_samples": 387,
"tpot_mean_ms": null,
"tpot_p90_ms": null,
"trials": [
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp8_ep8_mns64/trial1/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp8_ep8_mns64/trial2/results/result.json",
"/home/admin/cpfs/wjh/aituner/qwen235-v020-fourcase-20260719-r1/real/trace-po/real/tp8_ep8_mns64/trial3/results/result.json"
],
"ttft_mean_ms": 1043.6429704051557,
"ttft_p90_ms": 2605.180658050813
}
},
"sim": {
"tp4_ep1_mns128": {
"e2e_mean_ms": 691.7873605232029,
"e2e_p50_ms": 211.81272326305088,
"e2e_p90_ms": 2068.417017674378,
"e2e_p95_ms": 2843.8890088954663,
"tpot_mean_ms": null,
"tpot_p50_ms": null,
"tpot_p90_ms": null,
"tpot_p95_ms": null,
"ttft_mean_ms": 691.7873605232029,
"ttft_p50_ms": 211.81272326305088,
"ttft_p90_ms": 2068.417017674378,
"ttft_p95_ms": 2843.8890088954663
},
"tp4_ep1_mns64": {
"e2e_mean_ms": 691.5722223601863,
"e2e_p50_ms": 210.89579132517144,
"e2e_p90_ms": 2068.417017674378,
"e2e_p95_ms": 2843.8890088954663,
"tpot_mean_ms": null,
"tpot_p50_ms": null,
"tpot_p90_ms": null,
"tpot_p95_ms": null,
"ttft_mean_ms": 691.5722223601863,
"ttft_p50_ms": 210.89579132517144,
"ttft_p90_ms": 2068.417017674378,
"ttft_p95_ms": 2843.8890088954663
},
"tp8_ep8_mns128": {
"e2e_mean_ms": 928.7998403823643,
"e2e_p50_ms": 593.0899264387222,
"e2e_p90_ms": 2341.4108333476474,
"e2e_p95_ms": 2898.493085937801,
"tpot_mean_ms": null,
"tpot_p50_ms": null,
"tpot_p90_ms": null,
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"ttft_mean_ms": 928.7998403823643,
"ttft_p50_ms": 593.0899264387222,
"ttft_p90_ms": 2341.4108333476474,
"ttft_p95_ms": 2898.493085937801
},
"tp8_ep8_mns64": {
"e2e_mean_ms": 928.7182564423873,
"e2e_p50_ms": 593.0899264387222,
"e2e_p90_ms": 2341.4108333476474,
"e2e_p95_ms": 2898.493085937801,
"tpot_mean_ms": null,
"tpot_p50_ms": null,
"tpot_p90_ms": null,
"tpot_p95_ms": null,
"ttft_mean_ms": 928.7182564423873,
"ttft_p50_ms": 593.0899264387222,
"ttft_p90_ms": 2341.4108333476474,
"ttft_p95_ms": 2898.493085937801
}
}
}
},
"schema": "qwen235-v020-simulator-real-comparison-v1"
}

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# Qwen235 vLLM 0.20 Frontier vs real
| case | metric | Frontier winner | real winner | match | regret | pair agreement |
|---|---|---|---|---:|---:|---:|
| fixed-pd | ttft_mean_ms | tp4_ep1_mns128 | tp8_ep8_mns128 | no | 4.2% | 0.0% |
| fixed-pd | ttft_p90_ms | tp8_ep8_mns128 | tp8_ep8_mns64 | no | 0.2% | 100.0% |
| fixed-pd | tpot_mean_ms | tp8_ep8_mns128 | tp4_ep1_mns128 | no | 33.0% | 0.0% |
| fixed-pd | tpot_p90_ms | tp8_ep8_mns128 | tp4_ep1_mns128 | no | 37.2% | 0.0% |
| fixed-pd | e2e_mean_ms | tp8_ep8_mns128 | tp4_ep1_mns128 | no | 30.7% | 0.0% |
| fixed-pd | e2e_p90_ms | tp8_ep8_mns128 | tp4_ep1_mns128 | no | 34.6% | 0.0% |
| fixed-po | ttft_mean_ms | tp4_ep1_mns128 | tp8_ep8_mns128 | no | 5.9% | 0.0% |
| fixed-po | ttft_p90_ms | tp4_ep1_mns128 | tp8_ep8_mns128 | no | 1.7% | 0.0% |
| fixed-po | e2e_mean_ms | tp4_ep1_mns128 | tp8_ep8_mns128 | no | 5.9% | 0.0% |
| fixed-po | e2e_p90_ms | tp4_ep1_mns128 | tp8_ep8_mns128 | no | 1.7% | 0.0% |
| trace-pd | ttft_mean_ms | tp8_ep8_mns128 | tp8_ep8_mns128 | yes | 0.0% | 66.7% |
| trace-pd | ttft_p90_ms | tp8_ep8_mns128 | tp8_ep8_mns128 | yes | 0.0% | 66.7% |
| trace-pd | tpot_mean_ms | tp8_ep8_mns64 | tp8_ep8_mns64 | yes | 0.0% | 66.7% |
| trace-pd | tpot_p90_ms | tp8_ep8_mns64 | tp8_ep8_mns64 | yes | 0.0% | 66.7% |
| trace-pd | e2e_mean_ms | tp8_ep8_mns128 | tp8_ep8_mns64 | no | 0.6% | 83.3% |
| trace-pd | e2e_p90_ms | tp8_ep8_mns128 | tp8_ep8_mns64 | no | 6.2% | 66.7% |
| trace-po | ttft_mean_ms | tp4_ep1_mns64 | tp8_ep8_mns128 | no | 7.0% | 0.0% |
| trace-po | ttft_p90_ms | tp4_ep1_mns128 | tp8_ep8_mns64 | no | 21.2% | 0.0% |
| trace-po | e2e_mean_ms | tp4_ep1_mns64 | tp8_ep8_mns128 | no | 7.0% | 0.0% |
| trace-po | e2e_p90_ms | tp4_ep1_mns128 | tp8_ep8_mns64 | no | 21.2% | 0.0% |

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# Qwen235 Fixed-PD state diagnosis
**Verdict:** Exact real state composition flips Frontier to the correct TP4 winner; the ranking error is caused by closed-loop state/composition mismatch, not a conditional stage reversal.
| Config | Real Running proxy mean | Sim decode batch mean | Proxy coverage |
|---|---:|---:|---:|
| tp4_ep1_mns64 | 4.667 | 13.537 | 100.0% |
| tp8_ep8_mns64 | 12.238 | 18.938 | 100.0% |
| Config | Real exact decode batch mean | Real token-weighted iteration ms | Matched simulator ms | Exact coverage |
|---|---:|---:|---:|---:|
| tp4_ep1_mns64 | 3.890 | 18.4710 | 34.2575 | 100.0% |
| tp8_ep8_mns64 | 10.921 | 27.5887 | 45.1603 | 100.0% |
## Frontier internal component contrast over its own executed composition
Decode-token-weighted over both pure-decode and mixed prefill/decode steps.
| Component | TP8 - TP4 (ms/decoded token step) |
|---|---:|
| moe_compute | -32.4544 |
| total | -20.0663 |
| attention | -7.4619 |
| tp_dp_communication | -6.5711 |
| ep_communication | +6.2354 |
| moe_routing | -0.2862 |
| dense_mlp_compute | -0.1231 |
| pipeline_communication | +0.0000 |
| runtime_overhead | +0.0000 |
## Frontier component contrast at exact real token composition
Positive means TP8 slower; negative means Frontier gives TP8 an advantage.
| Component | TP8 - TP4 (ms/step) |
|---|---:|
| total | +10.9028 |
| ep_communication | +6.5355 |
| tp_dp_communication | -6.4718 |
| attention | -2.1304 |
| moe_compute | -1.9774 |
| moe_routing | +0.1384 |
| dense_mlp_compute | -0.0308 |
| pipeline_communication | +0.0000 |
| runtime_overhead | +0.0000 |
## Interpretation boundary
- Real observed TPOT contrast: +6.9500 ms/token.
- Real exact-iteration contrast: +9.1177 ms/decode-token-weighted step.
- vLLM 10-second Running is active requests, not per-iteration decode batch; context lengths and graph buckets are unavailable in frozen logs.
- Frontier state outputs have no direct graph bucket/padding/launch-overhead field; graph effects remain folded into predictors.
- For TP8 shared-domain sync, total is ledger stage_end-start (critical path); op categories are serialized work estimates and are not additive because overlap and lane-summed wait diagnostics are represented separately.
- Component deltas identify where Frontier creates its own TP8 advantage; without real per-stage measurements they are not yet root-cause proof.

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# Qwen235 Fixed-PD state diagnosis
**Verdict:** State-composition mismatch is insufficient: after reweighting Frontier to measured real decode composition, it still predicts TP8 faster.
| Config | Real Running proxy mean | Sim decode batch mean | Proxy coverage |
|---|---:|---:|---:|
| tp4_ep1_mns64 | 4.667 | 13.537 | 100.0% |
| tp8_ep8_mns64 | 12.238 | 18.938 | 100.0% |
## Frontier internal component contrast over its own executed composition
Decode-token-weighted over both pure-decode and mixed prefill/decode steps.
| Component | TP8 - TP4 (ms/decoded token step) |
|---|---:|
| moe_compute | -32.4544 |
| total | -20.0663 |
| attention | -7.4619 |
| tp_dp_communication | -6.5711 |
| ep_communication | +6.2354 |
| moe_routing | -0.2862 |
| dense_mlp_compute | -0.1231 |
| pipeline_communication | +0.0000 |
| runtime_overhead | +0.0000 |
## Frontier internal component contrast at real Running proxy
Positive means TP8 slower; negative means Frontier gives TP8 an advantage.
| Component | TP8 - TP4 (ms/step) |
|---|---:|
| moe_compute | -16.0581 |
| total | -8.5517 |
| ep_communication | +6.8248 |
| tp_dp_communication | -5.4010 |
| moe_routing | +0.3109 |
| attention | -0.2407 |
| dense_mlp_compute | +0.0018 |
| pipeline_communication | +0.0000 |
| runtime_overhead | +0.0000 |
## Interpretation boundary
- Real observed TPOT contrast: +6.9500 ms/token.
- vLLM 10-second Running is active requests, not per-iteration decode batch; context lengths and graph buckets are unavailable in frozen logs.
- Frontier state outputs have no direct graph bucket/padding/launch-overhead field; graph effects remain folded into predictors.
- For TP8 shared-domain sync, total is ledger stage_end-start (critical path); op categories are serialized work estimates and are not additive because overlap and lane-summed wait diagnostics are represented separately.
- Component deltas identify where Frontier creates its own TP8 advantage; without real per-stage measurements they are not yet root-cause proof.

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# Qwen235 Fixed-PD state diagnosis
**Verdict:** Active-batch-count mismatch alone is insufficient: after exact reweighting to each config's real Running histogram, Frontier still predicts TP8 faster.
| Config | Real Running proxy mean | Sim decode batch mean | Proxy coverage |
|---|---:|---:|---:|
| tp4_ep1_mns64 | 4.667 | 13.537 | 100.0% |
| tp8_ep8_mns64 | 12.238 | 18.938 | 100.0% |
## Frontier internal component contrast over its own executed composition
Decode-token-weighted over both pure-decode and mixed prefill/decode steps.
| Component | TP8 - TP4 (ms/decoded token step) |
|---|---:|
| total | -73.6733 |
| moe_compute | -45.2710 |
| attention | -13.6950 |
| tp_dp_communication | -12.7244 |
| moe_routing | -1.7759 |
| dense_mlp_compute | -0.2890 |
| ep_communication | +0.0821 |
| pipeline_communication | +0.0000 |
| runtime_overhead | +0.0000 |
## Frontier internal component contrast at real Running proxy
Positive means TP8 slower; negative means Frontier gives TP8 an advantage.
| Component | TP8 - TP4 (ms/step) |
|---|---:|
| total | -46.0760 |
| moe_compute | -26.3387 |
| tp_dp_communication | -12.1532 |
| attention | -6.2393 |
| moe_routing | -1.2405 |
| dense_mlp_compute | -0.1769 |
| ep_communication | +0.0726 |
| pipeline_communication | +0.0000 |
| runtime_overhead | +0.0000 |
## Interpretation boundary
- Real observed TPOT contrast: +6.9500 ms/token.
- vLLM 10-second Running is active requests, not per-iteration decode batch; context lengths and graph buckets are unavailable in frozen logs.
- Frontier ledger exposes additive execution components but no direct graph bucket/padding/launch-overhead field; graph effects remain folded into predictors.
- Component deltas identify where Frontier creates its own TP8 advantage; without real per-stage measurements they are not yet root-cause proof.

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{
"boundary": "This identifies where the selection error is created, but the frozen real logs do not attribute service-time overprediction to one operator.",
"cells": {
"tp2_mns64": {
"arrival_rate_requests_per_s": 2.25,
"mns": 64,
"real": {
"e2e_ms": 3354.8816545874283,
"periodic_queue": {
"running_max": 10,
"running_mean": 7.257142857142857,
"samples": 35,
"waiting_max": 0,
"waiting_mean": 0.0
},
"required_slots_upper_bound": 7.548483722821714,
"slot_margin_lower_bound": 56.451516277178285,
"tpot_ms": 12.393283087182931,
"ttft_ms": 194.56193759030603
},
"simulator": {
"first_scheduling_delay_ms": 38.22329108338011,
"queue_free_ttft_ms": 191.02937373774816,
"request_execution_ms": 25761.91467886552,
"required_slots": 57.96430802744742,
"slot_margin": 6.035691972552577,
"tpot_ms": 100.27798158873513,
"ttft_ms": 229.2526648211283,
"ttft_queue_fraction": 0.16672997503956338
},
"tp": 2,
"tpot_overprediction_ratio": 8.091316956395687
},
"tp4_mns16": {
"arrival_rate_requests_per_s": 4.5,
"mns": 16,
"real": {
"e2e_ms": 3252.7993474094965,
"periodic_queue": {
"running_max": 16,
"running_mean": 15.166666666666666,
"samples": 18,
"waiting_max": 0,
"waiting_mean": 0.0
},
"required_slots_upper_bound": 14.637597063342735,
"slot_margin_lower_bound": 1.362402936657265,
"tpot_ms": 12.267737219892378,
"ttft_ms": 124.49453797538061
},
"simulator": {
"first_scheduling_delay_ms": 64906.25631809643,
"queue_free_ttft_ms": 134.74066995065758,
"request_execution_ms": 12108.627705569606,
"required_slots": 54.488824675063235,
"slot_margin": -38.488824675063235,
"tpot_ms": 46.95641974752248,
"ttft_ms": 65040.99698804708,
"ttft_queue_fraction": 0.9979283732385681
},
"tp": 4,
"tpot_overprediction_ratio": 3.8276349505907024
},
"tp4_mns32": {
"arrival_rate_requests_per_s": 4.5,
"mns": 32,
"real": {
"e2e_ms": 3227.015463910283,
"periodic_queue": {
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"running_mean": 14.944444444444445,
"samples": 18,
"waiting_max": 0,
"waiting_mean": 0.0
},
"required_slots_upper_bound": 14.521569587596273,
"slot_margin_lower_bound": 17.478430412403725,
"tpot_ms": 12.171863019540417,
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"simulator": {
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"queue_free_ttft_ms": 135.62147333612225,
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"required_slots": 65.89386162288272,
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"ttft_queue_fraction": 0.9950351444010626
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"tp": 4,
"tpot_overprediction_ratio": 4.6740581573385525
},
"tp4_mns64": {
"arrival_rate_requests_per_s": 4.5,
"mns": 64,
"real": {
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"queue_free_ttft_ms": 136.7304324624105,
"request_execution_ms": 17736.957363112386,
"required_slots": 79.81630813400574,
"slot_margin": -15.816308134005737,
"tpot_ms": 69.02049776725552,
"ttft_ms": 6504.004211680465,
"ttft_queue_fraction": 0.9789774993969319
},
"tp": 4,
"tpot_overprediction_ratio": 5.614117914776633
}
},
"contrasts": {
"observed_sim_ttft_tp4_minus_tp2_ms": 27087.044986442474,
"queue_free_sim_ttft_tp4_minus_tp2_ms": -55.40790040162591,
"real_ttft_tp4_minus_tp2_ms": -71.4033403462246
},
"schema": "qwen30-fixed-pd-ttft-admission-diagnosis-v1",
"selection": {
"agreement": 0.5909090909090909,
"concordant_pairs": 39,
"discordant_pairs": 27,
"informative_pairs": 66,
"real_ranking": [
"tp4_mns32",
"tp4_mns64",
"tp4_mns16",
"tp2_mns64",
"tp2_mns8",
"tp2_mns32",
"tp2_mns16",
"tp1_mns8",
"tp1_mns32",
"tp1_mns16",
"tp1_mns64",
"tp4_mns8"
],
"real_winner": "tp4_mns32",
"selected_config_real_regret": 0.5797674051508896,
"sim_ranking": [
"tp2_mns64",
"tp1_mns64",
"tp4_mns64",
"tp1_mns32",
"tp2_mns32",
"tp4_mns32",
"tp4_mns16",
"tp2_mns16",
"tp1_mns16",
"tp4_mns8",
"tp2_mns8",
"tp1_mns8"
],
"sim_winner": "tp2_mns64",
"tied_pairs": 0,
"winner_match": false
},
"status": "PASS",
"verdict": "Frontier overpredicts decode service time, so TP4's higher global arrival rate crosses the MNS admission cap only in simulation. The resulting first-scheduling queue reverses the TP topology ranking; without that queue Frontier itself predicts TP4 faster than TP2, matching real hardware.",
"workload": "Qwen3-30B Fixed-PD 4096->256 at 1.125 req/s/GPU"
}

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# Qwen30 Fixed-PD TTFT admission diagnosis
**Verdict:** Frontier overpredicts decode service time, so TP4's higher global arrival rate crosses the MNS admission cap only in simulation. The resulting first-scheduling queue reverses the TP topology ranking; without that queue Frontier itself predicts TP4 faster than TP2, matching real hardware.
| Config | Sim TPOT / real | Sim required slots / MNS | Real slots upper bound / MNS | Sim first-schedule wait | Real waiting max |
|---|---:|---:|---:|---:|---:|
| tp2_mns64 | 8.09x | 58.0/64 | 7.5/64 | 38.2 ms | 0 |
| tp4_mns16 | 3.83x | 54.5/16 | 14.6/16 | 64906.3 ms | 0 |
| tp4_mns32 | 4.67x | 65.9/32 | 14.5/32 | 27180.7 ms | 0 |
| tp4_mns64 | 5.61x | 79.8/64 | 14.7/64 | 6367.3 ms | 0 |
## TP4/MNS32 minus TP2/MNS64 TTFT
- Observed Frontier: +27087.0 ms.
- Frontier without first-scheduling queue: -55.4 ms.
- Real hardware: -71.4 ms.
**Boundary:** This identifies where the selection error is created, but the frozen real logs do not attribute service-time overprediction to one operator.

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Q30_ANALYSIS_ECHO source_real=/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/real-r6 source_sim=/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim cases=trace-po,fixed-pd,fixed-po requests=129 configs=12 trials=3 metrics=mean,p90(TTFT,TPOT-if-OSL-gt-1,E2E) gpu_cost=0 output=/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/analysis-r6
Q30_ANALYSIS_COMPLETE

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{
"applicable_metrics": [
"ttft_ms",
"tpot_ms",
"e2e_ms"
],
"cells": {
"tp1_mns16": {
"metrics": {
"e2e_ms": {
"mean": 2624.2011811364387,
"p90": 2624.2011811379484
},
"tpot_ms": {
"mean": 19.350639886513438,
"p90": 19.3506398865253
},
"ttft_ms": {
"mean": 166.66991554923203,
"p90": 166.6699155492779
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-pd/runs/tp1_mns16/tp1/result.json"
},
"tp1_mns32": {
"metrics": {
"e2e_ms": {
"mean": 2624.2011811364387,
"p90": 2624.2011811379484
},
"tpot_ms": {
"mean": 19.350639886513438,
"p90": 19.3506398865253
},
"ttft_ms": {
"mean": 166.66991554923203,
"p90": 166.6699155492779
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-pd/runs/tp1_mns32/tp1/result.json"
},
"tp1_mns64": {
"metrics": {
"e2e_ms": {
"mean": 2624.2011811364387,
"p90": 2624.2011811379484
},
"tpot_ms": {
"mean": 19.350639886513438,
"p90": 19.3506398865253
},
"ttft_ms": {
"mean": 166.66991554923203,
"p90": 166.6699155492779
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-pd/runs/tp1_mns64/tp1/result.json"
},
"tp1_mns8": {
"metrics": {
"e2e_ms": {
"mean": 2624.2011811364387,
"p90": 2624.2011811379484
},
"tpot_ms": {
"mean": 19.350639886513438,
"p90": 19.3506398865253
},
"ttft_ms": {
"mean": 166.66991554923203,
"p90": 166.6699155492779
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-pd/runs/tp1_mns8/tp1/result.json"
},
"tp2_mns16": {
"metrics": {
"e2e_ms": {
"mean": 2808.3844446026824,
"p90": 2817.9486849812747
},
"tpot_ms": {
"mean": 21.06177881019329,
"p90": 21.09350467849898
},
"ttft_ms": {
"mean": 133.53853570813533,
"p90": 142.1523942165379
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-pd/runs/tp2_mns16/tp2/result.json"
},
"tp2_mns32": {
"metrics": {
"e2e_ms": {
"mean": 2808.3844446026824,
"p90": 2817.9486849812747
},
"tpot_ms": {
"mean": 21.06177881019329,
"p90": 21.09350467849898
},
"ttft_ms": {
"mean": 133.53853570813533,
"p90": 142.1523942165379
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-pd/runs/tp2_mns32/tp2/result.json"
},
"tp2_mns64": {
"metrics": {
"e2e_ms": {
"mean": 2808.3844446026824,
"p90": 2817.9486849812747
},
"tpot_ms": {
"mean": 21.06177881019329,
"p90": 21.09350467849898
},
"ttft_ms": {
"mean": 133.53853570813533,
"p90": 142.1523942165379
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-pd/runs/tp2_mns64/tp2/result.json"
},
"tp2_mns8": {
"metrics": {
"e2e_ms": {
"mean": 2808.3844446026824,
"p90": 2817.9486849812747
},
"tpot_ms": {
"mean": 21.06177881019329,
"p90": 21.09350467849898
},
"ttft_ms": {
"mean": 133.53853570813533,
"p90": 142.1523942165379
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-pd/runs/tp2_mns8/tp2/result.json"
},
"tp4_mns16": {
"metrics": {
"e2e_ms": {
"mean": 3752.684495467103,
"p90": 3794.6349827560653
},
"tpot_ms": {
"mean": 28.70502970984996,
"p90": 28.949734665706984
},
"ttft_ms": {
"mean": 107.14572231615826,
"p90": 118.03470639992497
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-pd/runs/tp4_mns16/tp4/result.json"
},
"tp4_mns32": {
"metrics": {
"e2e_ms": {
"mean": 3752.684495467103,
"p90": 3794.6349827560653
},
"tpot_ms": {
"mean": 28.70502970984996,
"p90": 28.949734665706984
},
"ttft_ms": {
"mean": 107.14572231615826,
"p90": 118.03470639992497
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-pd/runs/tp4_mns32/tp4/result.json"
},
"tp4_mns64": {
"metrics": {
"e2e_ms": {
"mean": 3752.684495467103,
"p90": 3794.6349827560653
},
"tpot_ms": {
"mean": 28.70502970984996,
"p90": 28.949734665706984
},
"ttft_ms": {
"mean": 107.14572231615826,
"p90": 118.03470639992497
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-pd/runs/tp4_mns64/tp4/result.json"
},
"tp4_mns8": {
"metrics": {
"e2e_ms": {
"mean": 3752.684495467103,
"p90": 3794.6349827560653
},
"tpot_ms": {
"mean": 28.70502970984996,
"p90": 28.949734665706984
},
"ttft_ms": {
"mean": 107.14572231615826,
"p90": 118.03470639992497
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-pd/runs/tp4_mns8/tp4/result.json"
}
},
"prefill_only": false,
"real_audit": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/analysis-r6/fixed-pd-real-audit.json",
"schema": "qwen30-latency-case-frontier-real-comparison-v1",
"selection": {
"e2e_ms:mean": {
"agreement": 0.0,
"concordant_pairs": 0,
"discordant_pairs": 48,
"informative_pairs": 48,
"real_ranking": [
"tp4_mns32",
"tp4_mns8",
"tp4_mns64",
"tp4_mns16",
"tp2_mns16",
"tp2_mns8",
"tp2_mns32",
"tp2_mns64",
"tp1_mns64",
"tp1_mns16",
"tp1_mns32",
"tp1_mns8"
],
"real_winner": "tp4_mns32",
"selected_config_real_regret": 0.26921939465653383,
"sim_ranking": [
"tp1_mns16",
"tp1_mns32",
"tp1_mns64",
"tp1_mns8",
"tp2_mns16",
"tp2_mns32",
"tp2_mns64",
"tp2_mns8",
"tp4_mns16",
"tp4_mns32",
"tp4_mns64",
"tp4_mns8"
],
"sim_winner": "tp1_mns16",
"tied_pairs": 18,
"winner_match": false
},
"e2e_ms:p90": {
"agreement": 0.0,
"concordant_pairs": 0,
"discordant_pairs": 48,
"informative_pairs": 48,
"real_ranking": [
"tp4_mns8",
"tp4_mns64",
"tp4_mns32",
"tp4_mns16",
"tp2_mns8",
"tp2_mns32",
"tp2_mns16",
"tp2_mns64",
"tp1_mns64",
"tp1_mns16",
"tp1_mns32",
"tp1_mns8"
],
"real_winner": "tp4_mns8",
"selected_config_real_regret": 0.25730483004000526,
"sim_ranking": [
"tp1_mns16",
"tp1_mns32",
"tp1_mns64",
"tp1_mns8",
"tp2_mns16",
"tp2_mns32",
"tp2_mns64",
"tp2_mns8",
"tp4_mns16",
"tp4_mns32",
"tp4_mns64",
"tp4_mns8"
],
"sim_winner": "tp1_mns16",
"tied_pairs": 18,
"winner_match": false
},
"tpot_ms:mean": {
"agreement": 0.0,
"concordant_pairs": 0,
"discordant_pairs": 48,
"informative_pairs": 48,
"real_ranking": [
"tp4_mns32",
"tp4_mns8",
"tp4_mns64",
"tp4_mns16",
"tp2_mns16",
"tp2_mns32",
"tp2_mns8",
"tp2_mns64",
"tp1_mns64",
"tp1_mns32",
"tp1_mns16",
"tp1_mns8"
],
"real_winner": "tp4_mns32",
"selected_config_real_regret": 0.13962124906187545,
"sim_ranking": [
"tp1_mns16",
"tp1_mns32",
"tp1_mns64",
"tp1_mns8",
"tp2_mns16",
"tp2_mns32",
"tp2_mns64",
"tp2_mns8",
"tp4_mns16",
"tp4_mns32",
"tp4_mns64",
"tp4_mns8"
],
"sim_winner": "tp1_mns16",
"tied_pairs": 18,
"winner_match": false
},
"tpot_ms:p90": {
"agreement": 0.0,
"concordant_pairs": 0,
"discordant_pairs": 48,
"informative_pairs": 48,
"real_ranking": [
"tp4_mns8",
"tp4_mns32",
"tp4_mns64",
"tp4_mns16",
"tp2_mns32",
"tp2_mns16",
"tp2_mns8",
"tp2_mns64",
"tp1_mns16",
"tp1_mns64",
"tp1_mns32",
"tp1_mns8"
],
"real_winner": "tp4_mns8",
"selected_config_real_regret": 0.13357103696654363,
"sim_ranking": [
"tp1_mns16",
"tp1_mns32",
"tp1_mns64",
"tp1_mns8",
"tp2_mns16",
"tp2_mns32",
"tp2_mns64",
"tp2_mns8",
"tp4_mns16",
"tp4_mns32",
"tp4_mns64",
"tp4_mns8"
],
"sim_winner": "tp1_mns16",
"tied_pairs": 18,
"winner_match": false
},
"ttft_ms:mean": {
"agreement": 1.0,
"concordant_pairs": 48,
"discordant_pairs": 0,
"informative_pairs": 48,
"real_ranking": [
"tp4_mns16",
"tp4_mns64",
"tp4_mns32",
"tp4_mns8",
"tp2_mns8",
"tp2_mns64",
"tp2_mns32",
"tp2_mns16",
"tp1_mns16",
"tp1_mns32",
"tp1_mns8",
"tp1_mns64"
],
"real_winner": "tp4_mns16",
"selected_config_real_regret": 0.0,
"sim_ranking": [
"tp4_mns16",
"tp4_mns32",
"tp4_mns64",
"tp4_mns8",
"tp2_mns16",
"tp2_mns32",
"tp2_mns64",
"tp2_mns8",
"tp1_mns16",
"tp1_mns32",
"tp1_mns64",
"tp1_mns8"
],
"sim_winner": "tp4_mns16",
"tied_pairs": 18,
"winner_match": true
},
"ttft_ms:p90": {
"agreement": 1.0,
"concordant_pairs": 48,
"discordant_pairs": 0,
"informative_pairs": 48,
"real_ranking": [
"tp4_mns16",
"tp4_mns64",
"tp4_mns8",
"tp4_mns32",
"tp2_mns8",
"tp2_mns64",
"tp2_mns32",
"tp2_mns16",
"tp1_mns32",
"tp1_mns8",
"tp1_mns64",
"tp1_mns16"
],
"real_winner": "tp4_mns16",
"selected_config_real_regret": 0.0,
"sim_ranking": [
"tp4_mns16",
"tp4_mns32",
"tp4_mns64",
"tp4_mns8",
"tp2_mns16",
"tp2_mns32",
"tp2_mns64",
"tp2_mns8",
"tp1_mns16",
"tp1_mns32",
"tp1_mns64",
"tp1_mns8"
],
"sim_winner": "tp4_mns16",
"tied_pairs": 18,
"winner_match": true
}
},
"sim_root": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-pd"
}

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# Qwen30 Frontier vs real latency selection
| Objective | Frontier | Real | Match | Regret | Pairwise |
|---|---|---|---:|---:|---:|
| ttft_ms:mean | tp4_mns16 | tp4_mns16 | yes | 0.0% | 100.0% |
| ttft_ms:p90 | tp4_mns16 | tp4_mns16 | yes | 0.0% | 100.0% |
| tpot_ms:mean | tp1_mns16 | tp4_mns32 | no | 14.0% | 0.0% |
| tpot_ms:p90 | tp1_mns16 | tp4_mns8 | no | 13.4% | 0.0% |
| e2e_ms:mean | tp1_mns16 | tp4_mns32 | no | 26.9% | 0.0% |
| e2e_ms:p90 | tp1_mns16 | tp4_mns8 | no | 25.7% | 0.0% |

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{"e2e_ms:mean": {"agreement": 0.0, "concordant_pairs": 0, "discordant_pairs": 48, "informative_pairs": 48, "real_ranking": ["tp4_mns32", "tp4_mns8", "tp4_mns64", "tp4_mns16", "tp2_mns16", "tp2_mns8", "tp2_mns32", "tp2_mns64", "tp1_mns64", "tp1_mns16", "tp1_mns32", "tp1_mns8"], "real_winner": "tp4_mns32", "selected_config_real_regret": 0.26921939465653383, "sim_ranking": ["tp1_mns16", "tp1_mns32", "tp1_mns64", "tp1_mns8", "tp2_mns16", "tp2_mns32", "tp2_mns64", "tp2_mns8", "tp4_mns16", "tp4_mns32", "tp4_mns64", "tp4_mns8"], "sim_winner": "tp1_mns16", "tied_pairs": 18, "winner_match": false}, "e2e_ms:p90": {"agreement": 0.0, "concordant_pairs": 0, "discordant_pairs": 48, "informative_pairs": 48, "real_ranking": ["tp4_mns8", "tp4_mns64", "tp4_mns32", "tp4_mns16", "tp2_mns8", "tp2_mns32", "tp2_mns16", "tp2_mns64", "tp1_mns64", "tp1_mns16", "tp1_mns32", "tp1_mns8"], "real_winner": "tp4_mns8", "selected_config_real_regret": 0.25730483004000526, "sim_ranking": ["tp1_mns16", "tp1_mns32", "tp1_mns64", "tp1_mns8", "tp2_mns16", "tp2_mns32", "tp2_mns64", "tp2_mns8", "tp4_mns16", "tp4_mns32", "tp4_mns64", "tp4_mns8"], "sim_winner": "tp1_mns16", "tied_pairs": 18, "winner_match": false}, "tpot_ms:mean": {"agreement": 0.0, "concordant_pairs": 0, "discordant_pairs": 48, "informative_pairs": 48, "real_ranking": ["tp4_mns32", "tp4_mns8", "tp4_mns64", "tp4_mns16", "tp2_mns16", "tp2_mns32", "tp2_mns8", "tp2_mns64", "tp1_mns64", "tp1_mns32", "tp1_mns16", "tp1_mns8"], "real_winner": "tp4_mns32", "selected_config_real_regret": 0.13962124906187545, "sim_ranking": ["tp1_mns16", "tp1_mns32", "tp1_mns64", "tp1_mns8", "tp2_mns16", "tp2_mns32", "tp2_mns64", "tp2_mns8", "tp4_mns16", "tp4_mns32", "tp4_mns64", "tp4_mns8"], "sim_winner": "tp1_mns16", "tied_pairs": 18, "winner_match": false}, "tpot_ms:p90": {"agreement": 0.0, "concordant_pairs": 0, "discordant_pairs": 48, "informative_pairs": 48, "real_ranking": ["tp4_mns8", "tp4_mns32", "tp4_mns64", "tp4_mns16", "tp2_mns32", "tp2_mns16", "tp2_mns8", "tp2_mns64", "tp1_mns16", "tp1_mns64", "tp1_mns32", "tp1_mns8"], "real_winner": "tp4_mns8", "selected_config_real_regret": 0.13357103696654363, "sim_ranking": ["tp1_mns16", "tp1_mns32", "tp1_mns64", "tp1_mns8", "tp2_mns16", "tp2_mns32", "tp2_mns64", "tp2_mns8", "tp4_mns16", "tp4_mns32", "tp4_mns64", "tp4_mns8"], "sim_winner": "tp1_mns16", "tied_pairs": 18, "winner_match": false}, "ttft_ms:mean": {"agreement": 1.0, "concordant_pairs": 48, "discordant_pairs": 0, "informative_pairs": 48, "real_ranking": ["tp4_mns16", "tp4_mns64", "tp4_mns32", "tp4_mns8", "tp2_mns8", "tp2_mns64", "tp2_mns32", "tp2_mns16", "tp1_mns16", "tp1_mns32", "tp1_mns8", "tp1_mns64"], "real_winner": "tp4_mns16", "selected_config_real_regret": 0.0, "sim_ranking": ["tp4_mns16", "tp4_mns32", "tp4_mns64", "tp4_mns8", "tp2_mns16", "tp2_mns32", "tp2_mns64", "tp2_mns8", "tp1_mns16", "tp1_mns32", "tp1_mns64", "tp1_mns8"], "sim_winner": "tp4_mns16", "tied_pairs": 18, "winner_match": true}, "ttft_ms:p90": {"agreement": 1.0, "concordant_pairs": 48, "discordant_pairs": 0, "informative_pairs": 48, "real_ranking": ["tp4_mns16", "tp4_mns64", "tp4_mns8", "tp4_mns32", "tp2_mns8", "tp2_mns64", "tp2_mns32", "tp2_mns16", "tp1_mns32", "tp1_mns8", "tp1_mns64", "tp1_mns16"], "real_winner": "tp4_mns16", "selected_config_real_regret": 0.0, "sim_ranking": ["tp4_mns16", "tp4_mns32", "tp4_mns64", "tp4_mns8", "tp2_mns16", "tp2_mns32", "tp2_mns64", "tp2_mns8", "tp1_mns16", "tp1_mns32", "tp1_mns64", "tp1_mns8"], "sim_winner": "tp4_mns16", "tied_pairs": 18, "winner_match": true}}

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# Qwen30 real latency case audit
Prefill-only: `False`.
| Objective | Real winner | Value (ms) |
|---|---|---:|
| ttft_ms:pooled_mean_ms | tp4_mns16 | 63.04 |
| ttft_ms:pooled_p90_ms | tp4_mns16 | 66.42 |
| tpot_ms:pooled_mean_ms | tp4_mns32 | 4.25 |
| tpot_ms:pooled_p90_ms | tp4_mns8 | 4.27 |
| e2e_ms:pooled_mean_ms | tp4_mns32 | 604.41 |
| e2e_ms:pooled_p90_ms | tp4_mns8 | 610.01 |

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{"e2e_ms:pooled_mean_ms": {"ranking": ["tp4_mns32", "tp4_mns8", "tp4_mns64", "tp4_mns16", "tp2_mns16", "tp2_mns8", "tp2_mns32", "tp2_mns64", "tp1_mns64", "tp1_mns16", "tp1_mns32", "tp1_mns8"], "winner": "tp4_mns32", "winner_value_ms": 604.4058500071964}, "e2e_ms:pooled_p90_ms": {"ranking": ["tp4_mns8", "tp4_mns64", "tp4_mns32", "tp4_mns16", "tp2_mns8", "tp2_mns32", "tp2_mns16", "tp2_mns64", "tp1_mns64", "tp1_mns16", "tp1_mns32", "tp1_mns8"], "winner": "tp4_mns8", "winner_value_ms": 610.0081680342555}, "tpot_ms:pooled_mean_ms": {"ranking": ["tp4_mns32", "tp4_mns8", "tp4_mns64", "tp4_mns16", "tp2_mns16", "tp2_mns32", "tp2_mns8", "tp2_mns64", "tp1_mns64", "tp1_mns32", "tp1_mns16", "tp1_mns8"], "winner": "tp4_mns32", "winner_value_ms": 4.254808547439789}, "tpot_ms:pooled_p90_ms": {"ranking": ["tp4_mns8", "tp4_mns32", "tp4_mns64", "tp4_mns16", "tp2_mns32", "tp2_mns16", "tp2_mns8", "tp2_mns64", "tp1_mns16", "tp1_mns64", "tp1_mns32", "tp1_mns8"], "winner": "tp4_mns8", "winner_value_ms": 4.268226101921182}, "ttft_ms:pooled_mean_ms": {"ranking": ["tp4_mns16", "tp4_mns64", "tp4_mns32", "tp4_mns8", "tp2_mns8", "tp2_mns64", "tp2_mns32", "tp2_mns16", "tp1_mns16", "tp1_mns32", "tp1_mns8", "tp1_mns64"], "winner": "tp4_mns16", "winner_value_ms": 63.03574686938565}, "ttft_ms:pooled_p90_ms": {"ranking": ["tp4_mns16", "tp4_mns64", "tp4_mns8", "tp4_mns32", "tp2_mns8", "tp2_mns64", "tp2_mns32", "tp2_mns16", "tp1_mns32", "tp1_mns8", "tp1_mns64", "tp1_mns16"], "winner": "tp4_mns16", "winner_value_ms": 66.4233659626916}}

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{
"applicable_metrics": [
"ttft_ms",
"e2e_ms"
],
"cells": {
"tp1_mns16": {
"metrics": {
"e2e_ms": {
"mean": 166.66991554923203,
"p90": 166.6699155492779
},
"ttft_ms": {
"mean": 166.66991554923203,
"p90": 166.6699155492779
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-po/runs/tp1_mns16/tp1/result.json"
},
"tp1_mns32": {
"metrics": {
"e2e_ms": {
"mean": 166.66991554923203,
"p90": 166.6699155492779
},
"ttft_ms": {
"mean": 166.66991554923203,
"p90": 166.6699155492779
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-po/runs/tp1_mns32/tp1/result.json"
},
"tp1_mns64": {
"metrics": {
"e2e_ms": {
"mean": 166.66991554923203,
"p90": 166.6699155492779
},
"ttft_ms": {
"mean": 166.66991554923203,
"p90": 166.6699155492779
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-po/runs/tp1_mns64/tp1/result.json"
},
"tp1_mns8": {
"metrics": {
"e2e_ms": {
"mean": 166.66991554923203,
"p90": 166.6699155492779
},
"ttft_ms": {
"mean": 166.66991554923203,
"p90": 166.6699155492779
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-po/runs/tp1_mns8/tp1/result.json"
},
"tp2_mns16": {
"metrics": {
"e2e_ms": {
"mean": 118.55592059231998,
"p90": 118.55592059232833
},
"ttft_ms": {
"mean": 118.55592059231998,
"p90": 118.55592059232833
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-po/runs/tp2_mns16/tp2/result.json"
},
"tp2_mns32": {
"metrics": {
"e2e_ms": {
"mean": 118.55592059231998,
"p90": 118.55592059232833
},
"ttft_ms": {
"mean": 118.55592059231998,
"p90": 118.55592059232833
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-po/runs/tp2_mns32/tp2/result.json"
},
"tp2_mns64": {
"metrics": {
"e2e_ms": {
"mean": 118.55592059231998,
"p90": 118.55592059232833
},
"ttft_ms": {
"mean": 118.55592059231998,
"p90": 118.55592059232833
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-po/runs/tp2_mns64/tp2/result.json"
},
"tp2_mns8": {
"metrics": {
"e2e_ms": {
"mean": 118.55592059231998,
"p90": 118.55592059232833
},
"ttft_ms": {
"mean": 118.55592059231998,
"p90": 118.55592059232833
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-po/runs/tp2_mns8/tp2/result.json"
},
"tp4_mns16": {
"metrics": {
"e2e_ms": {
"mean": 86.52545838364681,
"p90": 86.52545838364745
},
"ttft_ms": {
"mean": 86.52545838364681,
"p90": 86.52545838364745
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-po/runs/tp4_mns16/tp4/result.json"
},
"tp4_mns32": {
"metrics": {
"e2e_ms": {
"mean": 86.52545838364681,
"p90": 86.52545838364745
},
"ttft_ms": {
"mean": 86.52545838364681,
"p90": 86.52545838364745
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-po/runs/tp4_mns32/tp4/result.json"
},
"tp4_mns64": {
"metrics": {
"e2e_ms": {
"mean": 86.52545838364681,
"p90": 86.52545838364745
},
"ttft_ms": {
"mean": 86.52545838364681,
"p90": 86.52545838364745
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-po/runs/tp4_mns64/tp4/result.json"
},
"tp4_mns8": {
"metrics": {
"e2e_ms": {
"mean": 86.52545838364681,
"p90": 86.52545838364745
},
"ttft_ms": {
"mean": 86.52545838364681,
"p90": 86.52545838364745
}
},
"path": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-po/runs/tp4_mns8/tp4/result.json"
}
},
"prefill_only": true,
"real_audit": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/analysis-r6/fixed-po-real-audit.json",
"schema": "qwen30-latency-case-frontier-real-comparison-v1",
"selection": {
"e2e_ms:mean": {
"agreement": 1.0,
"concordant_pairs": 48,
"discordant_pairs": 0,
"informative_pairs": 48,
"real_ranking": [
"tp4_mns8",
"tp4_mns32",
"tp4_mns64",
"tp4_mns16",
"tp2_mns64",
"tp2_mns8",
"tp2_mns32",
"tp2_mns16",
"tp1_mns32",
"tp1_mns16",
"tp1_mns8",
"tp1_mns64"
],
"real_winner": "tp4_mns8",
"selected_config_real_regret": 0.014895639803871355,
"sim_ranking": [
"tp4_mns16",
"tp4_mns32",
"tp4_mns64",
"tp4_mns8",
"tp2_mns16",
"tp2_mns32",
"tp2_mns64",
"tp2_mns8",
"tp1_mns16",
"tp1_mns32",
"tp1_mns64",
"tp1_mns8"
],
"sim_winner": "tp4_mns16",
"tied_pairs": 18,
"winner_match": false
},
"e2e_ms:p90": {
"agreement": 1.0,
"concordant_pairs": 48,
"discordant_pairs": 0,
"informative_pairs": 48,
"real_ranking": [
"tp4_mns8",
"tp4_mns64",
"tp4_mns32",
"tp4_mns16",
"tp2_mns64",
"tp2_mns8",
"tp2_mns32",
"tp2_mns16",
"tp1_mns16",
"tp1_mns32",
"tp1_mns8",
"tp1_mns64"
],
"real_winner": "tp4_mns8",
"selected_config_real_regret": 0.03590282591969048,
"sim_ranking": [
"tp4_mns16",
"tp4_mns32",
"tp4_mns64",
"tp4_mns8",
"tp2_mns16",
"tp2_mns32",
"tp2_mns64",
"tp2_mns8",
"tp1_mns16",
"tp1_mns32",
"tp1_mns64",
"tp1_mns8"
],
"sim_winner": "tp4_mns16",
"tied_pairs": 18,
"winner_match": false
},
"ttft_ms:mean": {
"agreement": 1.0,
"concordant_pairs": 48,
"discordant_pairs": 0,
"informative_pairs": 48,
"real_ranking": [
"tp4_mns8",
"tp4_mns32",
"tp4_mns64",
"tp4_mns16",
"tp2_mns64",
"tp2_mns8",
"tp2_mns32",
"tp2_mns16",
"tp1_mns32",
"tp1_mns16",
"tp1_mns8",
"tp1_mns64"
],
"real_winner": "tp4_mns8",
"selected_config_real_regret": 0.014940997472395743,
"sim_ranking": [
"tp4_mns16",
"tp4_mns32",
"tp4_mns64",
"tp4_mns8",
"tp2_mns16",
"tp2_mns32",
"tp2_mns64",
"tp2_mns8",
"tp1_mns16",
"tp1_mns32",
"tp1_mns64",
"tp1_mns8"
],
"sim_winner": "tp4_mns16",
"tied_pairs": 18,
"winner_match": false
},
"ttft_ms:p90": {
"agreement": 1.0,
"concordant_pairs": 48,
"discordant_pairs": 0,
"informative_pairs": 48,
"real_ranking": [
"tp4_mns8",
"tp4_mns64",
"tp4_mns32",
"tp4_mns16",
"tp2_mns64",
"tp2_mns8",
"tp2_mns32",
"tp2_mns16",
"tp1_mns16",
"tp1_mns32",
"tp1_mns8",
"tp1_mns64"
],
"real_winner": "tp4_mns8",
"selected_config_real_regret": 0.035908453871728634,
"sim_ranking": [
"tp4_mns16",
"tp4_mns32",
"tp4_mns64",
"tp4_mns8",
"tp2_mns16",
"tp2_mns32",
"tp2_mns64",
"tp2_mns8",
"tp1_mns16",
"tp1_mns32",
"tp1_mns64",
"tp1_mns8"
],
"sim_winner": "tp4_mns16",
"tied_pairs": 18,
"winner_match": false
}
},
"sim_root": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/fixed-po"
}

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# Qwen30 Frontier vs real latency selection
| Objective | Frontier | Real | Match | Regret | Pairwise |
|---|---|---|---:|---:|---:|
| ttft_ms:mean | tp4_mns16 | tp4_mns8 | no | 1.5% | 100.0% |
| ttft_ms:p90 | tp4_mns16 | tp4_mns8 | no | 3.6% | 100.0% |
| e2e_ms:mean | tp4_mns16 | tp4_mns8 | no | 1.5% | 100.0% |
| e2e_ms:p90 | tp4_mns16 | tp4_mns8 | no | 3.6% | 100.0% |

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}
}

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# Qwen30 real latency case audit
Prefill-only: `True`.
| Objective | Real winner | Value (ms) |
|---|---|---:|
| ttft_ms:pooled_mean_ms | tp4_mns8 | 64.28 |
| ttft_ms:pooled_p90_ms | tp4_mns8 | 67.95 |
| e2e_ms:pooled_mean_ms | tp4_mns8 | 64.33 |
| e2e_ms:pooled_p90_ms | tp4_mns8 | 67.99 |

View File

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View File

@@ -0,0 +1,326 @@
{
"applicable_metrics": [
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},
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"real_audit": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/analysis-r6/trace-po-real-audit.json",
"schema": "qwen30-latency-case-frontier-real-comparison-v1",
"selection": {
"e2e_ms:mean": {
"agreement": 0.8412698412698413,
"concordant_pairs": 53,
"discordant_pairs": 10,
"informative_pairs": 63,
"real_ranking": [
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"tp4_mns32",
"tp4_mns8",
"tp4_mns16",
"tp2_mns64",
"tp2_mns8",
"tp2_mns32",
"tp2_mns16",
"tp1_mns16",
"tp1_mns64",
"tp1_mns32",
"tp1_mns8"
],
"real_winner": "tp4_mns64",
"selected_config_real_regret": 0.0318784105178655,
"sim_ranking": [
"tp4_mns16",
"tp4_mns8",
"tp4_mns32",
"tp4_mns64",
"tp2_mns32",
"tp2_mns64",
"tp2_mns16",
"tp2_mns8",
"tp1_mns16",
"tp1_mns8",
"tp1_mns32",
"tp1_mns64"
],
"sim_winner": "tp4_mns16",
"tied_pairs": 3,
"winner_match": false
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"e2e_ms:p90": {
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"discordant_pairs": 0,
"informative_pairs": 48,
"real_ranking": [
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"tp4_mns64",
"tp4_mns32",
"tp4_mns16",
"tp2_mns64",
"tp2_mns8",
"tp2_mns32",
"tp2_mns16",
"tp1_mns8",
"tp1_mns16",
"tp1_mns32",
"tp1_mns64"
],
"real_winner": "tp4_mns8",
"selected_config_real_regret": 0.0033158177113489728,
"sim_ranking": [
"tp4_mns16",
"tp4_mns32",
"tp4_mns64",
"tp4_mns8",
"tp2_mns16",
"tp2_mns32",
"tp2_mns64",
"tp2_mns8",
"tp1_mns16",
"tp1_mns32",
"tp1_mns64",
"tp1_mns8"
],
"sim_winner": "tp4_mns16",
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"winner_match": false
},
"ttft_ms:mean": {
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"real_ranking": [
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"tp4_mns32",
"tp4_mns8",
"tp4_mns16",
"tp2_mns64",
"tp2_mns8",
"tp2_mns32",
"tp2_mns16",
"tp1_mns16",
"tp1_mns64",
"tp1_mns32",
"tp1_mns8"
],
"real_winner": "tp4_mns64",
"selected_config_real_regret": 0.03187213306057872,
"sim_ranking": [
"tp4_mns16",
"tp4_mns8",
"tp4_mns32",
"tp4_mns64",
"tp2_mns32",
"tp2_mns64",
"tp2_mns16",
"tp2_mns8",
"tp1_mns16",
"tp1_mns8",
"tp1_mns32",
"tp1_mns64"
],
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},
"ttft_ms:p90": {
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"discordant_pairs": 0,
"informative_pairs": 48,
"real_ranking": [
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"tp4_mns64",
"tp4_mns32",
"tp4_mns16",
"tp2_mns64",
"tp2_mns8",
"tp2_mns32",
"tp2_mns16",
"tp1_mns8",
"tp1_mns16",
"tp1_mns32",
"tp1_mns64"
],
"real_winner": "tp4_mns8",
"selected_config_real_regret": 0.0037779133092611917,
"sim_ranking": [
"tp4_mns16",
"tp4_mns32",
"tp4_mns64",
"tp4_mns8",
"tp2_mns16",
"tp2_mns32",
"tp2_mns64",
"tp2_mns8",
"tp1_mns16",
"tp1_mns32",
"tp1_mns64",
"tp1_mns8"
],
"sim_winner": "tp4_mns16",
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"winner_match": false
}
},
"sim_root": "/home/admin/cpfs/wjh/aituner/qwen30-latency-expansion-20260718-r2/sim/trace-po"
}

View File

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# Qwen30 Frontier vs real latency selection
| Objective | Frontier | Real | Match | Regret | Pairwise |
|---|---|---|---:|---:|---:|
| ttft_ms:mean | tp4_mns16 | tp4_mns64 | no | 3.2% | 84.1% |
| ttft_ms:p90 | tp4_mns16 | tp4_mns8 | no | 0.4% | 100.0% |
| e2e_ms:mean | tp4_mns16 | tp4_mns64 | no | 3.2% | 84.1% |
| e2e_ms:p90 | tp4_mns16 | tp4_mns8 | no | 0.3% | 100.0% |

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View File

@@ -0,0 +1,997 @@
{
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"e2e_ms"
],
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"tp1_mns32",
"tp1_mns64"
],
"winner": "tp4_mns8",
"winner_value_ms": 666.7667380534112
}
}
}

View File

@@ -0,0 +1,10 @@
# Qwen30 real latency case audit
Prefill-only: `True`.
| Objective | Real winner | Value (ms) |
|---|---|---:|
| ttft_ms:pooled_mean_ms | tp4_mns64 | 223.12 |
| ttft_ms:pooled_p90_ms | tp4_mns8 | 666.77 |
| e2e_ms:pooled_mean_ms | tp4_mns64 | 223.19 |
| e2e_ms:pooled_p90_ms | tp4_mns8 | 667.10 |

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