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flowchart LR
A["#143 冻结目标、shape域、预算与质量门槛"] --> B["同模型 / effort / 工具 / 预算"]
B --> C["Goal-only baseline"]
B --> D["+检索知识"]
B --> E["+流程或任务分解"]
C --> F["统一独立 verifier 与未参与搜索的测试"]
D --> F
E --> F
F --> G["正确率、覆盖率、搜索总成本、最终性能"]
G --> H["保留有效知识;无增益或反例也归档"]
S2 {"main": "Staged DSPy/Claude workspace plus merged dspy-agent54, tensor descriptors55. Trial keys bind source/spec/reference/variant hashes; rejects missing verdict and measured-attempt absent; explicit built-in benchmark opt-in; baseline-only oracle does not prove semantics.", "open_limitations": "53 integrity anti-hacking suite is OPEN.56 E2E model pipeline is DRAFT OPEN (head2af8e5427308ff5983b2f27a8eada829b0ec4873).57 eval-injection fix open.", "author_report": "PR56 B70 batch8 input2048 output4, gpt-oss20b MXFP4, three patches,3 captures per arm: device-time1495.8→1327.1ms (1.127x). Not E2E latency/task quality. Patched OpenVINO Phi fails8x2048 while baseline runs: retained negative result.", "paper": "https://arxiv.org/html/2605.26118v1: 97 KernelBenchL2/B70,1.17x geometric mean versus PyTorch eager; references to large kernel-only speedups use weak/unoptimized comparator, not service gain. Page first-submission date conflicts with ID month; avoid exact first-paper claim.", "missing": "Full search tokens/time/cost, matched current optimized baseline, task-level quality and independent repeated trials; Draft experiment version not linked to immutable raw artifacts."}
S6 Two Arc Pro B70 32GiB each, Nanbeige4.3-33B author-modified Q6_K 27GB, --ctx65536 --thinking on. Prompt restore5250/5414tokens in6ms, prefill21.4→1.7s; repeated-text lookup77.6tok/s,515/539 drafts accepted. This is a repeated-content case, not general-agent throughput. One-card ctx8192 constrained. Docs explicitly say no request lanes (parallel N queues); one-card cache path near ties can change greedy output after50–80words. int8-kv keeps fp16 cache so no claimed VRAM saving.
S1 [{"url": "https://github.com/ronak-create/deepseek-v4-in-c/blob/d0402056d0da4bf7edfd2d4977de479a0db9d201/tests/unit/test_cache.c", "fact": "Independent pread fixture comparison; misaligned tensor offset residues; residents unchanged during async misses."}, {"url": "https://github.com/ronak-create/deepseek-v4-in-c/blob/d0402056d0da4bf7edfd2d4977de479a0db9d201/tests/unit/test_model_oracle.c", "fact": "Actual-loader whole-model tiny independent PyTorch reference; async begin/end and ragged batch oracle code; not executed by us."}, {"url": "https://github.com/ronak-create/deepseek-v4-in-c/commit/d0402056d0da4bf7edfd2d4977de479a0db9d201", "fact": "Author 65-token route replay: previous-token predictions become cache hits above working-set threshold, not useful prefetch misses. Narrow trace/predictor/budget result; raw trace not located, not universal impossibility."}, {"url": "https://github.com/ronak-create/deepseek-v4-in-c/commit/08342537a5534d12ead4277d99b2d510b8ce50ba", "fact": "Author withdraws attention +13% regression and batch4 optimum due thermal/order drift. Deterministic cache-union cliff remains; no positive E2E conclusion."}, {"url": "https://github.com/ronak-create/deepseek-v4-in-c/commit/49a7af5b152d0147ae5291ca6ca79bd0fb65dcbe", "fact": "Current GPU batch implemented; component time 4.1/4.0s ->0.6/0.6s, paired TTFT 54.8/51.7->56.6/46.7(~3% mean) within noise; not E2E acceleration."}]
{"correct": "Code confirms O_DIRECT alignment and separate per-k reduction ordering, read overlap, independent pread fixture oracle and whole-loader tiny PyTorch oracle. Published README prefill/GPU statements stale; current CUDA includes k_mmq_fp8_n. Tiny fixture success does not establish full-model quality.", "solid": "Author records explicit repeated/interleaved checks and negative results, but not independently reproduced. No locked external same-machine comparison or broad quality/latency/cost package. Hardware exact CPU/SSD missing. Prior performance numbers do not transfer to head.", "timely": "Historical August project newly found November1. Head d0402056 is route-trace analysis, not new engine speed experiment. Aug25 GPU batch commit 49a7af5 and thermal retraction0834253 must supersede older README claims.", "novel": "Model-specific system combination and validation discipline, not independently established algorithm novelty. README acknowledges kimi-k3-in-c and existing colibri overlap/prefetch work. No original paper found.", "value": "Potential bounded evidence/quality test additions for existing inference-benchmark-design, weight-loading/offload/cache work. Need parent integrate current-main/inflight overlap; no claim current InferRSI lacks these generic mechanisms."}
S2 "Author Sep15 GB10 KernelBench L1 pass@1 deepseek-flash, 100 tasks, 51 admitted correct, median1.0001× against PyTorch eager, 2 >10× anomalies quarantined. Paper remeasurement claims0.60% median run-to-run deviation over53 candidates. A/B mingpt_gelu_tune20iterations/arm: profiler hints OFF2.4840ms vs ON2.4957ms best, shared saturated wall; null, not benefit. Do not put speedup numbers in summary without these limits."
{"correct": "Original paper links canonical repo; source and evidence tables available. Important implementation gaps qualify strong paper claims.", "solid": "Pinned engine images/commits, negative controls and raw evidence present. Author-only experiments; eager KernelBench baseline is not modern strong compiled baseline. No independent reproduction or production E2E gain established.", "timeliness": "Historical September artifact first discovered this run; do not label today's release. Experimental numbers stay bound to September software/hardware.", "novelty": "System measurement discipline and audit corpus, not novel optimizer. Closest prior art KernelBench, OpenEvolve/Astra, existing paired benchmarking. Global novelty not proven.", "value": "Read treatment-delivery failures and saturation/strong-baseline counterexamples; InferRSI already has frozen plans, AB/BA, hidden grading, budgets and bounded edits, so do not add redundant general gate/controller."}
S3 ["Open #98 reports long HIP audio hang from pinned ggml ARGSORT fallback; not independently reproduced and not a claim all backends fail.", "Open #73 describes websocket read drops under load and pending upstream-library fix; current main must not be described robust realtime serving.", "Optional model-backed geometry tests skip without a model; test source read is not a pass."]
{"correct": "Official NVIDIA ownership, fork=false, independent speech runtime using ggml/llama.cpp; cache-aware encoder source and geometry tests inspected. Not an alias/ordinary fork of prior llama.cpp entry.", "solid": "Bench entrypoints and WER/p99 exist. RTX4090 0.6B EN test-clean2620 utterances5.4h: 160ms chunks Q8_0 mean2.3ms/p992.8/WER2.66 versus NeMoFP32 mean20.7/p9922.7/WER2.69, AUTHOR REPORT ONLY. Different precisions, 3 cpp trials vs1 NeMo trial, baseline timing boundary and unlocked experiment revision prevent causal speed endorsement. TTS lacks perceptual quality evidence.", "freshness": "Current head Oct30; cache mechanisms preexisting, current runtime changed Oct28-30 incl SALM, no-voice decode and vendor BLAS. July repo is newly discovered, not newly launched. Benchmark update date not established.", "novelty": "Engineering composition around ggml/llama.cpp and existing NeMo models; strongest reusable point is per-stream ring/state geometry and reset/EOU testing, not novel model/cache algorithm.", "value": "Extend existing benchmark-design/failure evidence with streaming-session state invariants; likely compatible with existing harness contracts. Main architecture linkage must be finalized by parent, not claim an autonomous optimizer."}
版本/条件:{"current_sha": "20999cc921d2b14aa58708f61756a8b2e787ba20", "current_commit_date": "2026-10-30T08:44:44Z", "experiment_revision": "BENCHMARK.md does not pin implementation and baseline commit; do not transfer performance claims to current head"}
限制:["Open #98 reports long HIP audio hang from pinned ggml ARGSORT fallback; not independently reproduced and not a claim all backends fail.", "Open #73 describes websocket read drops under load and pending upstream-library fix; current main must not be described robust realtime serving.", "Optional model-backed geometry tests skip without a model; test source read is not a pass."]
S4 ["6.161ms/generated action is latency divided by50, NOT control frequency or action response latency.", "VRAM1029 vs1671MiB is whole-device fallback in WSL, not process-only memory.", "Wilson CI overlap does not establish equivalence/noninferiority.", "Closed-loop raw artifacts are gitignored local outputs; report tables available but independent episode audit not established.", "Current-head code presence does not transfer old measured speed to current build."]
{"correct": "Paper author/project link resolves to SEU-PAISys/Embodied.cpp; fork=false. Source contains native VLA runtime and benchmark scripts. vla.cpp is explicitly nearest prior art, not an alias or rebranded version.", "solid": "RTX4060 Laptop sm89 WSL2, CUDA12.0/driver576.88, PyTorch2.5.1 CUDA12.4, LeRobot0.4.3 LIBERO0.1.0. Q8 native vs Python fixed 2 CPU CHW512 images/state8/instruction/noise50x32 -> full50x7 CPU actions, including preprocess/transfers/readback, cpp localZMQ.5warmup100timed20separate memory. AUTHOR REPORT:308.030ms mean/p99393.719 vs490.755/p99518.767. LIBERO-Object10tasks20episodes each166/200 vs172/200. Precision/runtime joint change, no quality equivalence.20episode per-task losses include9/20 vs20/20.", "freshness": "Current main Oct17 #15 includes SmolVLA followup; actual measurements Sep30/Oct2 and experiment hash distinct. Paper v3 Aug9 is background, not source of this later experiment.", "novelty": "Runtime/interface integration plus measured-contract hardening; no novel quantization claim. Nearest vla.cpp remains prior art only. Paper general ratios not recycled into this row.", "value": "Strong fit to inference-benchmark-design and fixed-workload audit evidence: separate generated-action division from control frequency, full request boundary, raw latency and task-specific quality failures. Reuse existing eval infrastructure; no need for new optimization controller."}
版本/条件:{"current_sha": "156bed151826780e2ce0132f8d0e3540889ae8cd", "current_commit_date": "2026-10-17T02:13:34Z", "experiment_revision": "3a3468cfe634e88d93d08aafcae89bd3ef0fb5a2; closed-loop2026-09-30/fixed-boundary2026-10-02. Closed-loop ran on dirty tree based dcedfec with binary hash but not full source patch identity."}
限制:["6.161ms/generated action is latency divided by50, NOT control frequency or action response latency.", "VRAM1029 vs1671MiB is whole-device fallback in WSL, not process-only memory.", "Wilson CI overlap does not establish equivalence/noninferiority.", "Closed-loop raw artifacts are gitignored local outputs; report tables available but independent episode audit not established.", "Current-head code presence does not transfer old measured speed to current build."]
S1 {"correctness": "Inspected qwen38_mk.cu dn_core (~1220 onward): np=n-dn_c accepted-but-uncommitted state, kvgb ring reload and new ring recording. Sampled verifier uses p/q acceptance and max(0,p-q) correction; no independent proof/test. #24 fixes draft-depth-dependent attention partition, merged 10/29; important not to repeat old claim of exact cross-depth behavior unconditionally. #28 shared-prefix/lowbit arithmetic can still differ at near ties. Text-only and ignored penalties are documented.", "solid": "Current README 10/29 Q4_K_M RTX3090 single conversation, q8_0 KV both engines, context106496, T1 top_p.95 top_k20 thinking xhigh,5coding prompts×4seeds plus98Kprompt×4seeds,1024 max output. llama.cpp b11982 MTP2 vs OpenJet MTP4: author reports short decode91.8 vs59.9tok/s;98K79.3 vs36.5; cold prompt82 vs112s. Do not interpret as same-policy causal speedup. run_compare.sh now has8seeds/4interleaved rounds and fingerprints in engine_compare.py, differing README4seed historical run; no committed results found in complete tree. Local absolute paths need adaptation. Earlier code/prose13299-position KL/PPL is numerical agreement not task quality; no tail or production load evidence.", "timeliness": "Main pinned a2e228c, author article pins older8f29aff and explicitly says experiments not rerun. 10/29 table newer than article older 78vs50.9. Report dates separately; no inference that latest commit validates latest performance.", "novelty": "Prior art exact speculative decoding/MTP, persistent-kernel fusion, GDN recurrent rollback/replay. Concrete combination reduces host launches and shares weight loads across verification positions. No demonstrated algorithm novelty; do not call new RSI search.", "value": "InferRSI existing ABBA,quality,budget and KV launcher should be reused. Potential learning is state rollback invariant/accepted-prefix replay verification adapter and categorical failure knowledge for draft-depth/layout changes. Needs parent main mapping before integration claim."}
{"limits": ["Up to8conversations/16verify rows only original Q4_K_M path; mixed quant build single conversation.", "Presence/repetition penalties not implemented; text only; early-history edits reprefill; no slot save/restore.", "Supported/tuned main route sm86/89/120≥24GB; sm75 experimental and lowbit cache unsupported.", "#28 author reports~0.7% single-stream slowdown from register allocation and not universally byte-identical shared-prefix paths.", "No independent run; historical headline not promoted to validated speed."]}
版本:{"repo_created": "2026-02-16T01:26:28Z", "head": "a2e228cca296aba37f3ff8a8e15e08eded8ebc5c", "head_date": "2026-11-01T18:43:50Z", "latest_relevant_update": "PR #28 low-bit paged KV merged 2026-10-31T15:25:24Z; source-level GDN lazy replay predates this. Author engineering article 2026-10-29. Latest head is Windows portability, not a new experiment."}
限制:["Up to8conversations/16verify rows only original Q4_K_M path; mixed quant build single conversation.", "Presence/repetition penalties not implemented; text only; early-history edits reprefill; no slot save/restore.", "Supported/tuned main route sm86/89/120≥24GB; sm75 experimental and lowbit cache unsupported.", "#28 author reports~0.7% single-stream slowdown from register allocation and not universally byte-identical shared-prefix paths.", "No independent run; historical headline not promoted to validated speed."]
{"correctness": "Read actual pi05 denoise/shift/cold-start/reset implementation, async manager and latency harness. Official paper links canonical repository. Based on LeRobot/VLASH but substantive action-model method, not ordinary fork.", "solid": "Author LIBERO RTX4090 closed-loop report: 2000 episodes/run, five runs, same 5-action execution horizon; π0.5 96.9%/53.8ms vs FlashVLA d1 97.8%/22.1ms. 2.43x refers wall-time per action including rendering; 20x is isolated action-decoding profile, not E2E. RTX4090/5090 latency uses 100 samples after10warmups with same graphs/fusion. Paper hardware/training:8H200,50K LIBERO steps; training cost not negligible.", "novelty": "Transfers streaming chunk-wise diffusion from video (Diffusion Forcing/StreamDiT/MAGI) into action decoding; not generic invention of rolling buffer. Compared with VLASH/StreamingVLA and optimized π0.5. TT-RTC not directly compared (author issue #3).", "value": "Extend existing VLA closed-loop evaluation/async boundary knowledge, not duplicate an already-generalized backend. Candidate search space must include noise schedule, buffer depth, cold/reset cost, execution horizon and task success; failure knowledge should reject apparent speedups caused by task failures. Do not call this autonomous RSI.", "experiment_version": "paper v1; experiment code/checkpoint exact SHA not fully pinned, cannot attribute reported results to head", "limits": ["Cold start N-1 steps/episode; hold-pose behavior must suit robot.", "SmolVLA async success 79.5 vs80.1 baseline; not universally quality-preserving.", "RoboTwin E2E only1.08–1.10x due simulator/communication dominance.", "Real-world15rollouts/task and successful-only completion time, no broad safety validation.", "Latest10-25 change enables baseline compile and sets LIBERO execution horizon5; no new experiment claim.", "Default latency FlashVLA YAML points lerobot/pi05_base, comment requires trained checkpoint; paper uses N4 while default YAML N5. Must explicitly pin trained weights/config before reproduction.", "No independent experiment or tests run; raw confidence intervals/tail latency and fully pinned baseline checkpoints remain gaps."]}
{"correctness": "Read CUDA execution admission source and full tree; code uses owner identity across generator lifetime, releases thread binding before yield, defers capture under other owners. PRs14/23/24/27 document actual concurrency/HTTP cleanup failures and tests.", "solid": "Author controlled10-21 Windows11/Python3.12.10/Torch2.6cu124/FA2 2.7.4/RTX4070Ti SUPER overUSB4 fp16.20 alternating pairs per51/123/180 step T2S shape,15paired warmups,5000 bootstrap. SDPA short1.98%(0.31,4.67);FA2 conversation4.65%(2.24,6.64); long intervals include0.120pairs same semantic bytes+CUDA RNG; real-weight V3/v2Pro short/long controlled groups match PCM bytes. Much larger historical batch differences did not reproduce same-session.", "novelty": "Independent runtime integration over separately supplied GPT-SoVITS and adapted BigVGAN; NOTICE identifies borrowed modules. System correctness combination rather than new attention algorithm; not ordinary GitHub fork.", "value": "InferRSI #301 already covers ASR streaming lifecycle basics. Additional narrow value: graph-capture versus in-flight owner admission, generator cleanup across threads, paired mutation testing and timing endpoint identity; do not present generic stream reset as new gap.", "experiment_version": "82b7ad5737a6b94c2424d022c3ea1300be5c7d38 final10-21 measurement; production fix8cef3a9; upstream08d627c3338173c3229286d8787060d6559fe0f8", "limits": ["TTFP is first RAW PCM before silence buffering/trimming, not audible onset/HTTP availability/playback.", "No official upstream engine matrix rerun after latest fix: don't claim current upstream speedup.", "Current GPU evidence single eGPU Windows; final candidate Laptop/twoGPU validation pending.", "No broad MOS/WER quality gate; paired byte equality supports tested workloads only.", "Different graph keys independent but same-workspace AR owners serialize; production concurrency throughput not established.", "530passed/2skipped is author report; no tests independently run."]}
限制:["TTFP is first RAW PCM before silence buffering/trimming, not audible onset/HTTP availability/playback.", "No official upstream engine matrix rerun after latest fix: don't claim current upstream speedup.", "Current GPU evidence single eGPU Windows; final candidate Laptop/twoGPU validation pending.", "No broad MOS/WER quality gate; paired byte equality supports tested workloads only.", "Different graph keys independent but same-workspace AR owners serialize; production concurrency throughput not established.", "530passed/2skipped is author report; no tests independently run."]
Activity
david6666666 commentedon Oct 27, 2026
2026-10-27|表格版:优先看 model-specific inference engine
证据截止:北京时间 17:25。这是今日基线的可读性修订与五个重点引擎补充,不是把旧资料当今日新闻。发布前 main 仍为 38d5883b8e72。以下均为公开资料分析,未独立运行模型 / GPU。
1. 优先方向:为特定模型与工作负载设计执行引擎
这些项目不是同一模型 / 硬件 / 精度 / 缓存条件,不做总榜排名。它们是技术来源或潜在实验目标,不是已接入 InferRSI 的依赖。
2. 其他模型与 RSI 机制,保持分类
**架构优先级:**先把“模型 × 产物 × 硬件 × 工作负载”的验证契约接入已有 Harness × Model × Infra,再搜索 kernel / memory / draft / serving 的组合;不另建通用 engine 或第二 runner。近期最值得精读 Lily 的验证契约、Strata 的异构放置、Splash 的端到端 serving。这些是研究建议,不是实验执行或收益承诺。
david6666666 commentedon Oct 27, 2026
2026-10-27 补录|Project Maya
证据截止:北京时间 20:32。这是遗漏补录,不是首次发布新闻;核对当前主线 v1.1.30 / 8621e331(提交于 10 月 27 日)。未独立运行模型 / GPU。
Dong1017 commentedon Oct 27, 2026
2026-10-27 补录|JustGoal:知识与 harness 的价值必须通过对照证明
截止北京时间 22:19;InferRSI main 51fa1d31。来源是 OpenBMB JustGoal 的 10 月 26 日算子代码发布及随仓论文。已阅读论文方法、对照、限制并抽查代码;未运行模型/GPU,以下性能数字均为作者报告。
分类: LLM attention / GDN / MoE;Kernel/Compiler/Fusion;算子层+优化控制器;候选生成→搜索→独立验证;Paper-reported / Code available,非本地验证。
最重要的洞察:不要把“goal-only”误读为“不需要验证”
solution.json,不是可直接接入的完整 campaign runner。对 InferRSI knowledge / workbench 的具体启发
**最小验证建议(尚未执行/授权):**先做离线接口审计,选一个窄 shape 任务和一个多 shape 任务,固定输入、正确性标准、时间边界及完整成本记录;后续若获实验授权,再以同模型/effort/工具/预算比较 goal-only、加知识、加分解,使用多次独立尝试并保留失败。收益不稳定、质量越界、只在搜索样本上提升或新增成本无法抵偿时,停止推广。复用现有 Skill Eval / harness,不新增第二套 runner,也不把 B200 结果移植成其他硬件的预期收益。
david6666666 commentedon Oct 28, 2026
2026-10-28|InferRSI 每日研究
证据截止:北京时间 08:30:57。发布前复核 main
51fa1d31cc4a805490ddfe8055a36c81d70c4f08未变。本轮是增量核验与历史补发现,不把旧论文冒充今日发布。所有性能均为作者报告;本轮仅原文、源码和配置静态核验,未运行模型/GPU/付费实验。阅读价值不等于生产可用。
主表:两项发布增量、一项历史补发现、一项昨日补录复核
观察区:尚未通过关键复现门槛
Now / Next / Watch
最小验证建议(未执行,执行另需授权)
证据索引
[E1] Maya — release b04264526e93a3c7d3c051cb9cec97af86ae8a37,10-27 23:18Z;文档头 249f9a87d1a9d72bec2b684d704b0aa9296b1c9c。DeepSeek step_multi 保存各请求 state/KV;多请求同时 decode 不做 drafts,但维护各自 drafter rings;MiniMax forward_rows 保存 SeqKv,并发 >1 关闭 DSpark 与 KV streaming、KV 留显存。来源沿 Strata/ggml、既有 GLM 多序列方法,不主张新算法。29157105 修复 rows>16 时 drafter K/V 写入;32f3c8c6 修复 expert table/pending swap 竞争。并行 Python 测试主要是 mock/容量规则,矩阵逐行测试不是跨请求 GPU 隔离证明。PR #557 仍 open,不能引用其 DSpark 并行或 4.8× TTFT 为正式版能力。本文不运行测试,不引用跨条件速度。
来源 1 · 来源 2 · 来源 3 · 来源 4
[E2] Strata — SHA 5e8a4cca7d690ac60ca37eb09e7d0e010099ad6d,10-27 13:54Z;v0.2.7 发布 14:54Z,engine 0.1.52。Qwen ≤13 GiB NVIDIA 默认 STRATA_ROUTE_PRIOR=1.5;resident expert 加分改变 top-10 选择,使用原概率归一化,非 bitwise cache。作者 RTX3060 12GB / IQ3_XXS:80 tasks 未见 copy/code errors;agent 平均 4.5/10(4 runs)对 off 5.6/10(7 runs),运行数不等且 off 范围 4–6,不能判统计显著。prior=2.0 曾出现复制/代码错误。另 4×R9700 DeepSeek 默认 6→5 专家,小质量集不等于通用无损。既有先验 Mixture of Cache-Conditional Experts,非本轮新算法。layer-major prefill、batch pipeline 与近似路由必须拆分;release 保留 split-serve 变慢及 prefill/decode trade-off 负例。回退参数存在但本任务不改变设置。
来源 1 · 来源 2 · 来源 3
[E3] ReaDy — 首发 2026-10-14,v2 10-18;源码 8ac61b51d529fad980566cfde7a3c41415ba93a5(10-15)。读取 README、VALIDATION.json、environment.json、MODEL_SPEC.txt、adapter.py 与论文。SGLang pin 29481685462732237d80d86076d6563e1f658102;CUDA 12.9、Torch 2.13、Triton 3.7.1。Qwen3.8-27B,B200,BF16 / FP32 recurrent state,并发 1、greedy,输出上限 1024、上下文 16384、block 7。作者七项基准均值 TPS:AR 95.86、DSpark 280.42、仅微调 286.50、ReaDy 302.78;排除 prefill。状态 reader 相对微调对照约 5.68%,不能把总 7.97% 全归给状态读取。低秩查询读 committed GDN state,并接受目标 argmax 前缀/回滚拒绝状态。有限作者功能测试不等于七基准或服务负载复现;未独立运行。更多层/更高秩有接受率增而速度降的负例。GitHub issue 列表为空,不是正确性保证。
来源 1 · 来源 2
[E4] JustGoal — 昨日既有公开补充的重新核验,而非重复发现。源码 release f052fc0b28fc7f10b2ef1ae7aa4682aabbbe868d,10-26。本轮读取 repository PDF 全文相关方法/2×2/负例段落。B200 sm100a、CUDA 13、driver 580.105.08,Claude Code 2.1.304;固定 24h 预算比较,冷 L2/CUPTI kernel span,排除 JIT/flush/sync,非 serving E2E。发布的是 kernel 与 solution.json。单一模型完整 2×2 将 scope 与 harness 相交,但知识/分解策略的各自因果贡献未分离;另一 agent 的重现也非原团队全部私有流程。作者审查并修复错误后重计时,不等于首次自主正确率;NCU skill 对三个形状均落后于 NCU,部分候选需要修复。无需复制昨日速度表。InferRSI 已有 N/E/R 暴露对照与有界 offline verifier-guided improvement;现有模块不等于在线自主发现。
来源 1 · 来源 2
[E5] PoSTCache — 首发 2026-10-19。读取方法、实验配置和局限;未找到可核验 canonical 代码发布,paper 表述配置与依赖随代码发布。未来 full anchor 的残差校正过去跳过预测,再积分 solver,不增加网络调用;离线 10 条完整轨迹用于 covariance surrogate 与贪心 anchor 选择。H200,Python 3.12.13、CUDA 13.0.2、Torch 2.11、Diffusers 0.37.1、Transformers 5.4;FLUX/Qwen Image、Wan/CogVideoX/OpenSora。DrawBench 200×3 seeds、VBench 944×5,包含感知/语义质量。计时为 CUDA 同步生成 wall time、排除保存/指标计算;encoder/VAE 端点未由代码确认,不能称服务 E2E。离线校准未并入速度。baseline 参数有交代但缺不可变源码 pin;存在 offline-online gap、校正后 anchor 状态与已算输出不一致、长区间漂移。作者报告,不独立复现。
来源 1
[E6] VLA-Rolling — v1 10-18、v3 10-21;GitHub 8fdc5d75d93cd779e5fc9add05a069763c23978f,训练/模型代码 4430cce6(10-16),ACE revision 2a706069a660e80f695b137d0fdb237f155afd9e。读取全文/附录、源码与 9 份发布摘要。paper 非对称 L1 与发布 smooth_l1/asymmetric=false、EMA 权重方向及视觉结构等需对齐;不能据此断言论文实验错误。π0.5/MetaWorld 的 +9.32 pp 已在 v3 修正为 +0.66 pp,不应称最新版仍错。公开 rollout 主要是 PI05×3 benchmarks,9份权重不含 MolmoAct2。训练 RTX PRO 6000,仿真硬件原文写 4×RTX4090 32GB(无设备 manifest);模型延迟非完整控制周期、无尾延迟。真机 14/20→15/20,仅多成功 1 次;两组 X-VLA 成功率下降。相比 ActionCache/STEP/ChainVLA/RTC 的新意是冻结 backbone 的学习式 confidence 联合预算,非首创 tail cache。未独立运行。
来源 1 · 来源 2 · 来源 3
[E7] cachedMoE — canonical acupof-ai/cachedMoE,SHA 84ba1ab723b1397e04e5532bdd50e8e0668594b2(10-22);C++20 Vulkan/Slang + NVMe LRU,用于 DeepSeek-V4.1 FP4/FP8。读取 README、STATUS、store/planner.cpp;ScoreAwarePolicy 实际退回 LRU,热度策略有失败记录。README NLL .622784 是旧 checkpoint;STATUS #101 记录 10-21 coopmat 默认变化,gate 从 .660034 重设 .693887,2/64 top1 翻转;#104 的严格 teacher-forced 通过 7/8、free 通过 6/8,仍有失败。warm 91-token 一致不足以认定全面等价。最新只是删除 Python 死码,非新速度实验。此次为发现负例,未独立运行。
来源 1 · 来源 2
架构与覆盖
已阅读 main 的 架构、skill evaluation 与 有界 offline improvement,并核查全部 23 个开放 PR(第二页为空)。#121、#164、#169 仍在途。四个已合入的 engine 知识候选不代表 native 性能验收。
检索采用不含种子 repo 名的模型/架构 × engine/runtime/serving × cache/offload/speculation/kernel/compiler 组合;覆盖 GitHub、arXiv 原文及官方工程材料,并扩展论文 prior art/README 引用。DwarfStar、Splash、Lily、Husky 保留种子核验;未找到足够可靠的新语音流式、loop 自适应深度或世界模型条目,不凑数。这是有界发现,不宣称全网穷尽。
种子状态:DwarfStar 10-21、Lily 09-02 无新实质更新;Splash 1.4.1 当前增量早于昨日 cutoff;Husky 仍为 09-20 文档实验,公开 engine SHA 未确立。昨日 JustGoal 已有补充,此处只对齐架构结论和证据,不重发旧长报。
david6666666 commentedon Oct 29, 2026
2026-10-29|InferRSI 每日研究
证据截止:北京时间08:33;main 013a4815,发布前再次核验。所有性能为作者报告;未独立运行测试、模型/GPU或付费实验。历史补发现不冒充今日发布。
重点阅读 / 值得验证
观察区
经典基线 / 当前状态纠偏
结论
Maya 的 DeepSeek 并发投机已从在途进入 v1.1.36,但4请求回退、MiniMax限制仍在;发布、单次质量检查与生产收益分开。
DeepInfer值得读的是接受概率与执行总成本联合调度,不是把官方生产架构等同于完整开源服务。旧实验不能移植到新head。
Strata重复漂移、vla.cpp动作变化及ReplaySSM吞吐/单请求分歧,都说明正确性与目标指标应先冻结,再比较速度。
Now:复用现有 Maya / Strata、kernel-writing-guide 和 search-policy;把近期实现状态与旧知识pin分开,优先审查质量与状态边界。
Next:只建议 Maya v1.1.34→1.1.36 局部知识补充,并比较接受率驱动与成本驱动的预算选择;本日报不修改代码/知识包。
Watch:等待 Strata Engram 稳定性根因、vla.cpp HIP闭环结果、ReplaySSM #55688合并及Standard Kernel可复现材料。
小验证建议(不执行)
建议1(不执行):Maya同模型/量化/固定expert placement,普通与投机并发1/2/3/4,先token/logit及取消后状态隔离,再测吞吐、TTFT/p99和峰值内存。冻结20条未用于调参的prompt、3次交错重复;预算上限2 GPU小时/12配置,任一串扰或质量失败立即停止并保留负例;计入校准和所有失败试验成本。
建议2(不执行):成本调度对照只在同一DeepInfer固定pin中做varlen on/off,固定模型、设备、请求/采样与质量契约;先确认支持路径再比较接受率、总时延及SLO goodput。最多8配置/2 GPU小时,若质量不可比或成本缺失则INCONCLUSIVE;不得以不同引擎/硬件数字替代对照。
证据索引
[E1] Maya:源码 f031a23b9682551e744e29d0e9f8d527df49f282,v1.1.36 发布10-28 21:10Z。已读 DS4 主循环、验证回滚与 --multi-check;跨 GPU staging 按请求窗口分离。作者 RTX3090+8×5060Ti、TP8、EXL3 3.5bpw、2/3 experts 在 RAM、554-token prompt、2×200输出、greedy:56.4→79.3 tok/s 有 near-tie 差异,不作普遍等价证明。维护者 V100 1/3卡修复复核,两请求约1.1×、四请求回退约1.00×;原四请求投机反而约0.89–0.92×。缺广泛质量、p99和重复方差;CPU/GPU expert迁移舍入仍需固定放置对照。
来源1 · 来源2 · 来源3 · 来源4 · 来源5
[E2] DeepInfer:源码553741557a57df44a46fb3ab72b6aafeaf945337。mtp_varlen.hpp 以 graph size 残差中位数和 sampler 时间校准总验证预算,分离历史接受率与当前分配避免 lookahead。batch invariant 测试含64条随机prompt、EP8、5 NextN;源码存在不代表本轮执行。确定性需 NVIDIA、batch invariant=1、varlen=0、固定seq_seed。公开sweep为4 SM100 prefill/64 SM100 decode的离线Pareto,plot含假定acceptance,不能当在线SLO证据;eval依赖数据/模型与judge,未运行。与Maya硬件不同,不排名。
来源1 · 来源2 · 来源3 · 来源4
[E3] Strata:46c152a1310f77cd2f0ce2c7cd213962df14fe83,Control0.1.53。M5 Max128GB,共租约60GB闲置Qwen服务,fresh process、每项2次;2.00/2.25bpw,固定expert placement的4995 positions KL0.170/0.111,非无损。>2 Engram线程16次中3–9次漂移,根因未确认;2线程prefill代价3–12%,decode-only限制尝试失败后回退。DSpark同答案但无加速故默认关闭。缺同条件强Metal baseline、<128GB及>32K验证。
来源1 · 来源2 · 来源3
[E4] vla.cpp:论文2606.08094 v1 06-06/v2 09-21;当前aeef71b726feab6bba00e97df61268ec863a2843,实验d0e5d00/llama.cpp b11223。RX9060XT16GB、ROCm7.14.1、Ubuntu22.04.5、i5-12400F,2×512图像/16合成语言tokens/50×7动作/10 flowsteps。作者默认优化228.1→208.5ms动作byte-identical,VRAM1541→2303MiB;3warmup+20reps×3process选择最低均值进程。最快127.7ms改变动作,HIP无闭环成功率、服务或长时间验证;OpenVLA-OFT无CPU数值reference。不能跨配置排名。
来源1 · 来源2 · 来源3 · 来源4
[E5] Standard Kernel:10-27官方博客。作者描述在 GLM/Qwen/DeepSeek 客户工作负载上联合优化,并人工复查质量;DeepSeek采用长prompt和高prefix reuse。源码、设备SKU、基线commit、重复方差及全搜索成本未充分公开。存在组件正确但服务变慢的作者负例;仅作控制流程参考,不能把商业自主系统效果外推到InferRSI。
来源1
[E6] ReplaySSM:73a9592e9d8a2268620e8883a82f5cec7442ed36;源码实现09-30,博客06-15/论文10-09。#48018/#52506/#52928已合入;#48792/#49847/#49887 10-12关闭未合并。替代#55688开放head d9cd1fd1fcfc5a08d14ff29ba7439f76ad42d628、base74340c73,GB3001400W/FlashInfer0.7.2.post1、OFF/ON/ON/OFF:B512总吞吐收益伴随每请求decode −6.1%。论文B256 H100/B300、FP32state/BF16activation与PR不是同条件;B1标准decode有0.96–0.99×负例。fork benchmark为greedy、固定输出256、忽略EOS、一次计时,非服务p99;测试容差不是bitwise证明。
来源1 · 来源2 · 来源3 · 来源4
架构与覆盖
架构核验:main 013a481。已读README、architecture、roadmap #61、harness-improvement、skill-evaluation/skill-eval-pr及相关实现;开放PR11项,100/页第二页为空(#233为截止后新Draft,仅作发布时上下文)。#121/#164已合入候选知识,#169仍开放;昨日Metal/Maya/h3知识已存在,不重复蒸馏。#215有明确授权的历史实跑,但不等于全库有效或本任务可执行;offline improvement仍使用给定候选,不是自主模型搜索。
架构 · Maya旧知识pin · offline控制器
检索增量从10-28 00:30:57Z起,向前重叠24h,截止10-29 00:33Z。模型/架构×engine/runtime/serving×cache/offload/speculation/kernel/compiler无种子名搜索,扩展README credits、论文related work、官方博客;覆盖六种子、Diffusion、recurrent、VLA/world model及speech。Dwarf/Lily窗口无commit,Splash以UI/打包为主,Husky仍无已确立公开engine SHA;新语音/扩散候选证据不足,不凑数。是有界发现,不宣称穷尽。
david6666666 commentedon Oct 30, 2026
2026-10-30|InferRSI 每日研究
今日最重要的是 Strata 撤回一个不稳健默认值,而不是又一个最高加速比。 本轮 1 项风险更新、3 项值得验证的工程增量、1 项观察;没有足够证据给出强性能推荐。
证据截止:北京时间 08:33:17;发布前复核 main 401ee8a 未变。五门槛分别检查正确性、实验扎实程度、版本时效、prior art 和 InferRSI 价值。所有数字来自作者/社区,本轮未运行测试、模型、GPU 或付费实验。
重点风险与验证候选
37bc88b5,审查 head301aafa。观察:语音的“快”必须先证明输出完整
SpecSpeech 首次源码 10-18,实质更新 10-26;这是今日补发现,不是今日发布。CTC/Parakeet draft 与 Qwen ASR verifier 重叠,SpecASR 2025 的转录回收和 2026 CTC draft 工作 是明确先例。
值得保留的是反例:作者标出的单请求 2.48× 比较包含 baseline 转录被 8192 token 截断,summary 代码 明确拒绝它。A40 / Qwen3-ASR-1.7B BF16 / greedy / vLLM 0.30 的 pooled +1.17% 只是单次运行,另有 0.87× 负例;无 WER/转录等价汇总、重复方差或服务 p99。Watch:借鉴完成性与同语料门槛,不以 2.48× 作收益依据。
三个结论与受控验证建议(仅提案)
当前架构 已有 Harness × Model × Infra 和 source-owned sidecars;#243 的条件/建议表达不是知识有效性验收。现有 Maya owner、sd.cpp residency owner 与 search policy 是接点,不新建平行体系。
**覆盖与排除:**增量自 10-29 00:33Z,重叠自 10-28 00:33Z;使用不含已知 repo 名的模型/架构 × runtime/serving × cache/offload/speculation/kernel 查询,并追溯 credits、源码与论文。种子提交完整分页;DwarfStar/Lily/Husky 无核实新增,不重复旧性能。Splash #622、CrispASR、SpecFit 等未完成全部证据门槛,不列推荐。Diffusion、recurrent/深度、VLA、语音和 LLM/多模态均做发现检索;旧 CDB/ReaDy/PoSTCache/VLA-Rolling/ReplaySSM/vla.cpp 不重复。有限覆盖,非全网穷尽;不同硬件/模型/计时范围不排名。
david6666666 commentedon Oct 30, 2026
2026-10-30 纠偏|以后只报告首次发现、未入库的新 repo
此前把旧 repo 的新版本/PR 继续当日报重点,不符合现在的要求。从现在起按 canonical repo 与别名跨日期去重,并排除 InferRSI 已入库项目;找不到合格新 repo 就短报,不凑数。 历史评论保留,不改写旧记录。
今日原清单中的 Strata、Maya、stable-diffusion.cpp 不再作为当前推荐。Atrex 与 SpecSpeech 均是今日首次出现,检查此前评论、历史记录及 main
dabd1849的完整树、skill-index、矩阵与别名代码搜索,未见更早报告或已入库命中;仅保留今天这一条,后续不重报。补充发现的两个新 repo
核验截止:北京时间 10:20:24。新身份不等于新算法或成熟生产能力;未运行测试、模型、GPU或付费实验。
d446fcc3为 10-30 更新,不是今天首发。fd305213为 10-28。今日最终身份清单:gr8、Atrex(值得验证);AnySpeechRecognizer、SpecSpeech(观察)。 两个补充 repo 均未见此前报告或当前入库命中。Spexis 等候选因旧栈/组合未验证不凑入表。发现来自非种子名组合搜索、源码/benchmark/known-issues/credits核对,覆盖有限,不宣称全网穷尽。
david6666666 commentedon Oct 31, 2026
2026-10-31|新仓库研究
研究截止:2026-10-31 08:35 北京时间;新发现不等于新发布,未执行模型/GPU/付费实验。
InferRSI main:22dc89ba673429178719970bae8c05269d790a29;排除历史日报与当前知识库96个canonical身份。
5项值得验证,1项观察;无强性能推荐;不跨条件排名。
值得验证(不是生产推荐)
观察
结论 / Now / Next / Watch
Now:优先读状态事务、语音完整性与质量失败合同;没有足够证据直接推荐性能收益。
Next:复用既有Harness、AB/BA、质量/预算/holdout门禁;#275/#268仍是受限在途能力,不再造agent框架。
Watch:历史速度、模拟预测和单算子收益不能替代当前版本任务级效果;许可不明先不移植代码。
建议验证(仅建议,不执行)
1 状态回滚:NInfer同模型同算术快照对照records/fold;拒绝/零接受/取消负控,检查状态和logits、内存、p95、全搜索成本。首次不一致即停止,预设单次资源预算。
2 语音质量:faster-cosyvoice固定Torch Flow baseline逐开关比较,至少3重复;CER/音色、PCM p95、断流及启动编译成本,先确认许可,质量退化即停。
3 预测校准:Infera用已存在的测量锚点离线比较seed-only与agent排序;固定版本与trace,成本预算相同;跨regime/实测来源不明不晋级。
证据索引
S1 RTX5090 32GiB, CUDA13.4, Qwen3.8-27B NVFP4/groupwise-int, FP8 row-256 KV, prefix disabled, chunk1024; 820 requests in20 configs reported error-free. Saturation C=8 NVFP4 922.4 tok/s is one selected steady wave, while full75-request corpus C=8 490.9 tok/s uses different denominator; neither is current-head benchmark. AIME15 all5 C1 samples hit65536 budget; C1 corpus completion limits33–39/75 depending profile. No answer accuracy in campaign. Separate model-card scores are not same-run quality gate.
来源:https://github.com/Neroued/ninfer/tree/1882c6adbc98043fcf89f3589aa5addb3742777a,https://github.com/Neroued/ninfer/blob/1882c6adbc98043fcf89f3589aa5addb3742777a/docs/maintainer/speculative-decoding.md,https://github.com/Neroued/ninfer/blob/1882c6adbc98043fcf89f3589aa5addb3742777a/include/ninfer/ops/gdn_replay.h,https://github.com/Neroued/ninfer/blob/1882c6adbc98043fcf89f3589aa5addb3742777a/docs/performance/methodology.md,https://github.com/Neroued/ninfer/blob/1882c6adbc98043fcf89f3589aa5addb3742777a/docs/performance/qwen3.8-27b.md,https://github.com/Neroued/ninfer/commit/d602894abcd071c273003f021258f46608aab447,https://github.com/Neroued/ninfer/issues/394
S2 {"main": "Staged DSPy/Claude workspace plus merged dspy-agent54, tensor descriptors55. Trial keys bind source/spec/reference/variant hashes; rejects missing verdict and measured-attempt absent; explicit built-in benchmark opt-in; baseline-only oracle does not prove semantics.", "open_limitations": "53 integrity anti-hacking suite is OPEN.56 E2E model pipeline is DRAFT OPEN (head2af8e5427308ff5983b2f27a8eada829b0ec4873).57 eval-injection fix open.", "author_report": "PR56 B70 batch8 input2048 output4, gpt-oss20b MXFP4, three patches,3 captures per arm: device-time1495.8→1327.1ms (1.127x). Not E2E latency/task quality. Patched OpenVINO Phi fails8x2048 while baseline runs: retained negative result.", "paper": "https://arxiv.org/html/2605.26118v1: 97 KernelBenchL2/B70,1.17x geometric mean versus PyTorch eager; references to large kernel-only speedups use weak/unoptimized comparator, not service gain. Page first-submission date conflicts with ID month; avoid exact first-paper claim.", "missing": "Full search tokens/time/cost, matched current optimized baseline, task-level quality and independent repeated trials; Draft experiment version not linked to immutable raw artifacts."}
来源:https://github.com/IntelLabs/Xe-Forge/blob/6cd3ee98dfe32746b345a6abe521fa4cb9bdc187/src/xe_forge/core/trial_manager.py,https://github.com/IntelLabs/Xe-Forge/blob/6cd3ee98dfe32746b345a6abe521fa4cb9bdc187/src/xe_forge/skills/benchmark.py,https://github.com/IntelLabs/Xe-Forge/blob/6cd3ee98dfe32746b345a6abe521fa4cb9bdc187/src/xe_forge/engines/agent_engine.py,https://github.com/IntelLabs/Xe-Forge/pull/53,https://github.com/IntelLabs/Xe-Forge/pull/56,https://arxiv.org/html/2605.26118v1
S3 {"source": "inferasim-tune --inference required otherwise training; reproducible --seed-only comparator. Default has_gpu false scores projection. On serving path profiling-mode benchmark alone does not select hardware; has_gpu/cached anchor governs. memory-real/full remain serving projection; dry synthetic.", "budget": "max_perf_calls/max_benchmark_calls limits; max_proposals guidance only and axes applies to training, not serving. inference_trials.jsonl persisted/deduplicated including failed candidates.", "updates": "219 fixes host latency, independent P/D clocks, length ranges and prefill delayer.225 adds allreduce-mode EP dispatch and prefill live-KV diagnostics. Author reports593pass4skip for225; NOT independently run.", "stale_document": "manual/simulation/boundaries.md says no split P/D queues, but merged219 and des.py implement split clocks/queues; avoid repeating stale constraint.", "missing": "Frozen hardware/backend/model/trace calibration, rank correlation, quality controls for precision/speculation levers, measured vs projected provenance on every trial, full search LLM/evaluator cost and confidence intervals."}
来源:https://github.com/AMD-AGI/Infera/blob/ff1136e4a51998eba2933ed63cfb9c10120f86ea/infera/projection/agents/tuning_agent/evaluator.py,https://github.com/AMD-AGI/Infera/blob/ff1136e4a51998eba2933ed63cfb9c10120f86ea/infera/projection/agents/tuning_agent/inference_agent.py,https://github.com/AMD-AGI/Infera/pull/219,https://github.com/AMD-AGI/Infera/pull/225,https://rocm.docs.amd.com/projects/infera/en/main/simulation/tuning_agent.html
S4 作者报告单Hopper、固定参考音频/文本、seed0、warmup15s+measure60s,C1各首包均760ms;有p50/p95与累计ablation。2020 SeedTTS中文作者CER target1.1593%、draft1.1380%、均0生成失败。无独立复现;缺精确GPU型号、跨框架baseline版本、重复方差、音色/MOS/长尾多语言质量与真实客户端buffer证据。
来源:https://github.com/yuekaizhang/faster-cosyvoice/blob/f1049c59196c2c1a890079abc56056b43f27cd1d/docs/benchmark.md,https://github.com/yuekaizhang/faster-cosyvoice/blob/f1049c59196c2c1a890079abc56056b43f27cd1d/faster_cosyvoice/streaming/token2wav_scheduler.py,https://github.com/yuekaizhang/faster-cosyvoice/blob/f1049c59196c2c1a890079abc56056b43f27cd1d/pyproject.toml,https://github.com/yuekaizhang/faster-cosyvoice/issues/1#issuecomment-6159597813
S5 作者4090、batch1/seed0/每配置warmup1、3prompts均值;图像1024²/Wan832x480x41;区分denoise和E2E,E2E不含加载/编码。无独立复现/方差尾延迟;native f16与Diffusers bf16非同算术,q8/w8不同;sd.cpp分层计时混入加载量化,不能取速度比。Qwen-Image-Edit auto-fit q4_K dirCLIP0.031/Lightning0.019对约0.13–0.14,明确质量失败。
来源:https://github.com/THU-MIG/edge-dit.cpp/blob/97cc585d9dbd9ac5e30b78ef2e2c4a0d8bfbe9f2/docs/performance-4090.md,https://github.com/THU-MIG/edge-dit.cpp/blob/97cc585d9dbd9ac5e30b78ef2e2c4a0d8bfbe9f2/src/core/backend/ggml/cuda/ed_async_offload.cu,https://github.com/THU-MIG/edge-dit.cpp/issues/86
S6 Two Arc Pro B70 32GiB each, Nanbeige4.3-33B author-modified Q6_K 27GB, --ctx65536 --thinking on. Prompt restore5250/5414tokens in6ms, prefill21.4→1.7s; repeated-text lookup77.6tok/s,515/539 drafts accepted. This is a repeated-content case, not general-agent throughput. One-card ctx8192 constrained. Docs explicitly say no request lanes (parallel N queues); one-card cache path near ties can change greedy output after50–80words. int8-kv keeps fp16 cache so no claimed VRAM saving.
来源:Red-Weasel/machx-inference-engine@d91c08e1e07ea07c72d16ad80b70d58f81bb5358,https://github.com/Red-Weasel/machx-inference-engine/blob/d91c08e1e07ea07c72d16ad80b70d58f81bb5358/docs/MODEL_SETTINGS.md,https://github.com/Red-Weasel/machx-inference-engine/blob/d91c08e1e07ea07c72d16ad80b70d58f81bb5358/include/ie/dense_lookup.hpp,https://github.com/Red-Weasel/machx-inference-engine/blob/d91c08e1e07ea07c72d16ad80b70d58f81bb5358/tests/unit/dense_lookup_policy_test.cpp,https://github.com/Red-Weasel/machx-inference-engine/issues/3
覆盖有限,不宣称全网穷尽。新颖性主要是系统组合/模型特化,不等于算法创新。
david6666666 commentedon Nov 1, 2026
2026-11-01|新仓库研究
研究窗口截至2026-11-01 08:30北京时间;08:38复核源码。4项值得验证,无强性能推荐;未执行任何模型/GPU/付费实验。
发布前 main:218565698d850e955f85d0d394a5f0e5e3619812;已排除历史5页/8评论及当前105个来源文件中的已有repo。
已有AB/BA、质量/预算、KV workbench与owner-frozen单对live launcher;不等于通用自主优化。
Now:优先学习独立oracle、状态重置与逐任务质量失败,四个项目均不代表已验证有效加速。
Next:复用现有质量/预算/比较器与受限launcher;#268仍是离线协调Draft,不重复造通用agent控制器。
Watch:历史实验不继承当前head;微基准、生成动作均摊时延、总体CI重叠不能代替E2E/质量非劣。
建议1(不执行):1工程小时静态审计,比较AutoTuneBench协议与当前InferRSI严格校验,注入缺shape/错baseline/无处理回执;记录误放行、误拒和全成本,来源不明或重复现有门禁即停。
建议2(不执行):固定小缓存fixture、偏移残差和工作集阈值,用独立字节oracle核DeepSeek读取;任何字节差或版本不全即停,后续模型性能另获授权。
建议3(不执行):语音reset/EOU与VLA逐任务质量契约;先绑定实验源码和原始数据,等精度baseline、p95/p99、全搜索成本与预算预注册,质量退化立即停止。
证据索引
S1 [{"url": "https://github.com/ronak-create/deepseek-v4-in-c/blob/d0402056d0da4bf7edfd2d4977de479a0db9d201/tests/unit/test_cache.c", "fact": "Independent pread fixture comparison; misaligned tensor offset residues; residents unchanged during async misses."}, {"url": "https://github.com/ronak-create/deepseek-v4-in-c/blob/d0402056d0da4bf7edfd2d4977de479a0db9d201/tests/unit/test_model_oracle.c", "fact": "Actual-loader whole-model tiny independent PyTorch reference; async begin/end and ragged batch oracle code; not executed by us."}, {"url": "https://github.com/ronak-create/deepseek-v4-in-c/commit/d0402056d0da4bf7edfd2d4977de479a0db9d201", "fact": "Author 65-token route replay: previous-token predictions become cache hits above working-set threshold, not useful prefetch misses. Narrow trace/predictor/budget result; raw trace not located, not universal impossibility."}, {"url": "https://github.com/ronak-create/deepseek-v4-in-c/commit/08342537a5534d12ead4277d99b2d510b8ce50ba", "fact": "Author withdraws attention +13% regression and batch4 optimum due thermal/order drift. Deterministic cache-union cliff remains; no positive E2E conclusion."}, {"url": "https://github.com/ronak-create/deepseek-v4-in-c/commit/49a7af5b152d0147ae5291ca6ca79bd0fb65dcbe", "fact": "Current GPU batch implemented; component time 4.1/4.0s ->0.6/0.6s, paired TTFT 54.8/51.7->56.6/46.7(~3% mean) within noise; not E2E acceleration."}]
{"correct": "Code confirms O_DIRECT alignment and separate per-k reduction ordering, read overlap, independent pread fixture oracle and whole-loader tiny PyTorch oracle. Published README prefill/GPU statements stale; current CUDA includes k_mmq_fp8_n. Tiny fixture success does not establish full-model quality.", "solid": "Author records explicit repeated/interleaved checks and negative results, but not independently reproduced. No locked external same-machine comparison or broad quality/latency/cost package. Hardware exact CPU/SSD missing. Prior performance numbers do not transfer to head.", "timely": "Historical August project newly found November1. Head d0402056 is route-trace analysis, not new engine speed experiment. Aug25 GPU batch commit 49a7af5 and thermal retraction0834253 must supersede older README claims.", "novel": "Model-specific system combination and validation discipline, not independently established algorithm novelty. README acknowledges kimi-k3-in-c and existing colibri overlap/prefetch work. No original paper found.", "value": "Potential bounded evidence/quality test additions for existing inference-benchmark-design, weight-loading/offload/cache work. Need parent integrate current-main/inflight overlap; no claim current InferRSI lacks these generic mechanisms."}
版本/条件:{"head": "d0402056d0da4bf7edfd2d4977de479a0db9d201", "created": "2026-08-20T09:35:32Z", "last_substantive": "2026-08-25T10:49:32Z", "hardware": "Author: 20-core x86 AVX2/FMA (exact CPU absent), RTX5060 Laptop8GB sm120 CUDA13.3, WSL2 Ubuntu24.04 23GB VM, Gen4 NVMe5.3GB/s (exact drive absent)."}
限制:[]
来源:https://github.com/ronak-create/deepseek-v4-in-c/blob/d0402056d0da4bf7edfd2d4977de479a0db9d201/tests/unit/test_cache.c
https://github.com/ronak-create/deepseek-v4-in-c/blob/d0402056d0da4bf7edfd2d4977de479a0db9d201/tests/unit/test_model_oracle.c
ronak-create/deepseek-v4-in-c@d040205
ronak-create/deepseek-v4-in-c@0834253
ronak-create/deepseek-v4-in-c@49a7af5
S2 "Author Sep15 GB10 KernelBench L1 pass@1 deepseek-flash, 100 tasks, 51 admitted correct, median1.0001× against PyTorch eager, 2 >10× anomalies quarantined. Paper remeasurement claims0.60% median run-to-run deviation over53 candidates. A/B mingpt_gelu_tune20iterations/arm: profiler hints OFF2.4840ms vs ON2.4957ms best, shared saturated wall; null, not benefit. Do not put speedup numbers in summary without these limits."
{"correct": "Original paper links canonical repo; source and evidence tables available. Important implementation gaps qualify strong paper claims.", "solid": "Pinned engine images/commits, negative controls and raw evidence present. Author-only experiments; eager KernelBench baseline is not modern strong compiled baseline. No independent reproduction or production E2E gain established.", "timeliness": "Historical September artifact first discovered this run; do not label today's release. Experimental numbers stay bound to September software/hardware.", "novelty": "System measurement discipline and audit corpus, not novel optimizer. Closest prior art KernelBench, OpenEvolve/Astra, existing paired benchmarking. Global novelty not proven.", "value": "Read treatment-delivery failures and saturation/strong-baseline counterexamples; InferRSI already has frozen plans, AB/BA, hidden grading, budgets and bounded edits, so do not add redundant general gate/controller."}
版本/条件:{"head": "64cc8d7ca5d0ee40c4e2189b2c2c8dfb1a2a7c2f", "first_publication": "2026-09-16", "experiment_dates": "2026-09-12–15 historical pilot; paper v1 2026-09-16", "versions": "SGLang0.5.19@0bcd822377da7b5718e674eaf9c870d349424dd1; vLLM0.29.0@98dff2a81d747d1dba01a47f939f48c3526d4206; kernel GB10; held-out Apple M5 Max/MLX negative0.79× author-reported."}
限制:[]
来源:https://arxiv.org/html/2609.18123v1
https://github.com/li-ch/autotunebench/blob/64cc8d7ca5d0ee40c4e2189b2c2c8dfb1a2a7c2f/ARTIFACT.md
https://github.com/li-ch/autotunebench/blob/64cc8d7ca5d0ee40c4e2189b2c2c8dfb1a2a7c2f/config/protocol.yaml
https://github.com/li-ch/autotunebench/blob/64cc8d7ca5d0ee40c4e2189b2c2c8dfb1a2a7c2f/pdb/ingest_validate.py
https://github.com/li-ch/autotunebench/blob/64cc8d7ca5d0ee40c4e2189b2c2c8dfb1a2a7c2f/agents/loop.py
https://github.com/li-ch/autotunebench/blob/64cc8d7ca5d0ee40c4e2189b2c2c8dfb1a2a7c2f/experiments/kernelbench_l1/results/TABLE.md
https://github.com/li-ch/autotunebench/blob/64cc8d7ca5d0ee40c4e2189b2c2c8dfb1a2a7c2f/experiments/astra_parity/README.md
https://github.com/li-ch/autotunebench/blob/64cc8d7ca5d0ee40c4e2189b2c2c8dfb1a2a7c2f/figs/plot_cand_ab_saturation.py
S3 ["Open #98 reports long HIP audio hang from pinned ggml ARGSORT fallback; not independently reproduced and not a claim all backends fail.", "Open #73 describes websocket read drops under load and pending upstream-library fix; current main must not be described robust realtime serving.", "Optional model-backed geometry tests skip without a model; test source read is not a pass."]
{"correct": "Official NVIDIA ownership, fork=false, independent speech runtime using ggml/llama.cpp; cache-aware encoder source and geometry tests inspected. Not an alias/ordinary fork of prior llama.cpp entry.", "solid": "Bench entrypoints and WER/p99 exist. RTX4090 0.6B EN test-clean2620 utterances5.4h: 160ms chunks Q8_0 mean2.3ms/p992.8/WER2.66 versus NeMoFP32 mean20.7/p9922.7/WER2.69, AUTHOR REPORT ONLY. Different precisions, 3 cpp trials vs1 NeMo trial, baseline timing boundary and unlocked experiment revision prevent causal speed endorsement. TTS lacks perceptual quality evidence.", "freshness": "Current head Oct30; cache mechanisms preexisting, current runtime changed Oct28-30 incl SALM, no-voice decode and vendor BLAS. July repo is newly discovered, not newly launched. Benchmark update date not established.", "novelty": "Engineering composition around ggml/llama.cpp and existing NeMo models; strongest reusable point is per-stream ring/state geometry and reset/EOU testing, not novel model/cache algorithm.", "value": "Extend existing benchmark-design/failure evidence with streaming-session state invariants; likely compatible with existing harness contracts. Main architecture linkage must be finalized by parent, not claim an autonomous optimizer."}
版本/条件:{"current_sha": "20999cc921d2b14aa58708f61756a8b2e787ba20", "current_commit_date": "2026-10-30T08:44:44Z", "experiment_revision": "BENCHMARK.md does not pin implementation and baseline commit; do not transfer performance claims to current head"}
限制:["Open #98 reports long HIP audio hang from pinned ggml ARGSORT fallback; not independently reproduced and not a claim all backends fail.", "Open #73 describes websocket read drops under load and pending upstream-library fix; current main must not be described robust realtime serving.", "Optional model-backed geometry tests skip without a model; test source read is not a pass."]
来源:https://github.com/NVIDIA/NeMo-Speech.cpp/blob/20999cc921d2b14aa58708f61756a8b2e787ba20/BENCHMARK.md
https://github.com/NVIDIA/NeMo-Speech.cpp/blob/20999cc921d2b14aa58708f61756a8b2e787ba20/src/asr/encoder/cache_aware_encoder.cpp
https://github.com/NVIDIA/NeMo-Speech.cpp/blob/20999cc921d2b14aa58708f61756a8b2e787ba20/tests/cpp/asr/test_cache_stream_geometry.cpp
NVIDIA/NeMo-Speech.cpp#73
NVIDIA/NeMo-Speech.cpp#98
S4 ["6.161ms/generated action is latency divided by50, NOT control frequency or action response latency.", "VRAM1029 vs1671MiB is whole-device fallback in WSL, not process-only memory.", "Wilson CI overlap does not establish equivalence/noninferiority.", "Closed-loop raw artifacts are gitignored local outputs; report tables available but independent episode audit not established.", "Current-head code presence does not transfer old measured speed to current build."]
{"correct": "Paper author/project link resolves to SEU-PAISys/Embodied.cpp; fork=false. Source contains native VLA runtime and benchmark scripts. vla.cpp is explicitly nearest prior art, not an alias or rebranded version.", "solid": "RTX4060 Laptop sm89 WSL2, CUDA12.0/driver576.88, PyTorch2.5.1 CUDA12.4, LeRobot0.4.3 LIBERO0.1.0. Q8 native vs Python fixed 2 CPU CHW512 images/state8/instruction/noise50x32 -> full50x7 CPU actions, including preprocess/transfers/readback, cpp localZMQ.5warmup100timed20separate memory. AUTHOR REPORT:308.030ms mean/p99393.719 vs490.755/p99518.767. LIBERO-Object10tasks20episodes each166/200 vs172/200. Precision/runtime joint change, no quality equivalence.20episode per-task losses include9/20 vs20/20.", "freshness": "Current main Oct17 #15 includes SmolVLA followup; actual measurements Sep30/Oct2 and experiment hash distinct. Paper v3 Aug9 is background, not source of this later experiment.", "novelty": "Runtime/interface integration plus measured-contract hardening; no novel quantization claim. Nearest vla.cpp remains prior art only. Paper general ratios not recycled into this row.", "value": "Strong fit to inference-benchmark-design and fixed-workload audit evidence: separate generated-action division from control frequency, full request boundary, raw latency and task-specific quality failures. Reuse existing eval infrastructure; no need for new optimization controller."}
版本/条件:{"current_sha": "156bed151826780e2ce0132f8d0e3540889ae8cd", "current_commit_date": "2026-10-17T02:13:34Z", "experiment_revision": "3a3468cfe634e88d93d08aafcae89bd3ef0fb5a2; closed-loop2026-09-30/fixed-boundary2026-10-02. Closed-loop ran on dirty tree based dcedfec with binary hash but not full source patch identity."}
限制:["6.161ms/generated action is latency divided by50, NOT control frequency or action response latency.", "VRAM1029 vs1671MiB is whole-device fallback in WSL, not process-only memory.", "Wilson CI overlap does not establish equivalence/noninferiority.", "Closed-loop raw artifacts are gitignored local outputs; report tables available but independent episode audit not established.", "Current-head code presence does not transfer old measured speed to current build."]
来源:https://github.com/SEU-PAISys/Embodied.cpp/blob/156bed151826780e2ce0132f8d0e3540889ae8cd/eval/smolvla_q8_object_followup_20260930.md
https://github.com/SEU-PAISys/Embodied.cpp/blob/156bed151826780e2ce0132f8d0e3540889ae8cd/eval/VLA_BENCHMARK_STANDARD.md
https://github.com/SEU-PAISys/Embodied.cpp/blob/156bed151826780e2ce0132f8d0e3540889ae8cd/eval/smolvla_q8_fixed_boundary_20261002.json
https://github.com/SEU-PAISys/Embodied.cpp/blob/156bed151826780e2ce0132f8d0e3540889ae8cd/scripts/bench_vla_boundary.py
https://arxiv.org/html/2607.02501v3
模型/架构×runtime/serving×机制组合搜索,GitHub源码/commit/issues、原始论文、README/credits扩展;覆盖有限,不宣称全网穷尽。
david6666666 commentedon Nov 2, 2026
2026-11-02|新仓库研究
研究截至2026-11-02 08:30北京时间,08:36复核;4项值得验证+1项观察,无强性能推荐。未执行模型/GPU/付费实验。
main:6c9f90daae2d404915378b910f581b4dcff7e7da;已核历史6页/9评论/持久记录与552个main来源;新发现不等于今日发布。
已有AB/BA、质量/预算、KV workbench、owner-frozen单对launcher及ASR生命周期参考;不等于通用自主优化。
值得验证
观察
Now:优先读状态一致性、完整候选捕获与闭环质量合同;不把微基准或榜单速度当独立效果。
Next:复用已有质量/预算/holdout与owner-frozen门禁;新增价值是模型/graph生命周期反例,不重复控制器。
Watch:历史实验与当前head分离;InferenceBench论文受阻,EOS/质量波动质疑未独立验证,保持观察。
建议1(不执行):1工程小时离线夹具比较最终提交与最后合格测量身份、EOS/长度和成本记录;baseline为现有冻结合同,身份/版本不一致即停止。
建议2(不执行):Aqua双generator取消与capture争用契约审计;记录状态所有权和测量端点。未来GPU配对需另授权,PCM/RNG损坏或baseline缺失即停。
建议3(不执行):OpenJet接受/拒绝状态与FlashVLA冷启动/重置质量契约,固定checkpoint/采样/horizon;未来同条件ABBA报告p95、任务成功及编译训练全成本,预设预算,质量退化即停。
证据索引
S1 {"correctness": "Inspected qwen38_mk.cu dn_core (~1220 onward): np=n-dn_c accepted-but-uncommitted state, kvgb ring reload and new ring recording. Sampled verifier uses p/q acceptance and max(0,p-q) correction; no independent proof/test. #24 fixes draft-depth-dependent attention partition, merged 10/29; important not to repeat old claim of exact cross-depth behavior unconditionally. #28 shared-prefix/lowbit arithmetic can still differ at near ties. Text-only and ignored penalties are documented.", "solid": "Current README 10/29 Q4_K_M RTX3090 single conversation, q8_0 KV both engines, context106496, T1 top_p.95 top_k20 thinking xhigh,5coding prompts×4seeds plus98Kprompt×4seeds,1024 max output. llama.cpp b11982 MTP2 vs OpenJet MTP4: author reports short decode91.8 vs59.9tok/s;98K79.3 vs36.5; cold prompt82 vs112s. Do not interpret as same-policy causal speedup. run_compare.sh now has8seeds/4interleaved rounds and fingerprints in engine_compare.py, differing README4seed historical run; no committed results found in complete tree. Local absolute paths need adaptation. Earlier code/prose13299-position KL/PPL is numerical agreement not task quality; no tail or production load evidence.", "timeliness": "Main pinned a2e228c, author article pins older8f29aff and explicitly says experiments not rerun. 10/29 table newer than article older 78vs50.9. Report dates separately; no inference that latest commit validates latest performance.", "novelty": "Prior art exact speculative decoding/MTP, persistent-kernel fusion, GDN recurrent rollback/replay. Concrete combination reduces host launches and shares weight loads across verification positions. No demonstrated algorithm novelty; do not call new RSI search.", "value": "InferRSI existing ABBA,quality,budget and KV launcher should be reused. Potential learning is state rollback invariant/accepted-prefix replay verification adapter and categorical failure knowledge for draft-depth/layout changes. Needs parent main mapping before integration claim."}
{"limits": ["Up to8conversations/16verify rows only original Q4_K_M path; mixed quant build single conversation.", "Presence/repetition penalties not implemented; text only; early-history edits reprefill; no slot save/restore.", "Supported/tuned main route sm86/89/120≥24GB; sm75 experimental and lowbit cache unsupported.", "#28 author reports~0.7% single-stream slowdown from register allocation and not universally byte-identical shared-prefix paths.", "No independent run; historical headline not promoted to validated speed."]}
版本:{"repo_created": "2026-02-16T01:26:28Z", "head": "a2e228cca296aba37f3ff8a8e15e08eded8ebc5c", "head_date": "2026-11-01T18:43:50Z", "latest_relevant_update": "PR #28 low-bit paged KV merged 2026-10-31T15:25:24Z; source-level GDN lazy replay predates this. Author engineering article 2026-10-29. Latest head is Windows portability, not a new experiment."}
限制:["Up to8conversations/16verify rows only original Q4_K_M path; mixed quant build single conversation.", "Presence/repetition penalties not implemented; text only; early-history edits reprefill; no slot save/restore.", "Supported/tuned main route sm86/89/120≥24GB; sm75 experimental and lowbit cache unsupported.", "#28 author reports~0.7% single-stream slowdown from register allocation and not universally byte-identical shared-prefix paths.", "No independent run; historical headline not promoted to validated speed."]
来源:https://github.com/L-Forster/open-jet/blob/a2e228cca296aba37f3ff8a8e15e08eded8ebc5c/megakernel/qwen38_mk.cu
https://github.com/L-Forster/open-jet/blob/a2e228cca296aba37f3ff8a8e15e08eded8ebc5c/megakernel/README.md
https://github.com/L-Forster/open-jet/blob/a2e228cca296aba37f3ff8a8e15e08eded8ebc5c/megakernel/bench/engine_compare.py
https://github.com/L-Forster/open-jet/blob/a2e228cca296aba37f3ff8a8e15e08eded8ebc5c/megakernel/bench/run_compare.sh
L-Forster/open-jet#24
L-Forster/open-jet#28
https://www.openjet.dev/engineering/openjet-engine
S2 {}
{"correctness": "Read actual pi05 denoise/shift/cold-start/reset implementation, async manager and latency harness. Official paper links canonical repository. Based on LeRobot/VLASH but substantive action-model method, not ordinary fork.", "solid": "Author LIBERO RTX4090 closed-loop report: 2000 episodes/run, five runs, same 5-action execution horizon; π0.5 96.9%/53.8ms vs FlashVLA d1 97.8%/22.1ms. 2.43x refers wall-time per action including rendering; 20x is isolated action-decoding profile, not E2E. RTX4090/5090 latency uses 100 samples after10warmups with same graphs/fusion. Paper hardware/training:8H200,50K LIBERO steps; training cost not negligible.", "novelty": "Transfers streaming chunk-wise diffusion from video (Diffusion Forcing/StreamDiT/MAGI) into action decoding; not generic invention of rolling buffer. Compared with VLASH/StreamingVLA and optimized π0.5. TT-RTC not directly compared (author issue #3).", "value": "Extend existing VLA closed-loop evaluation/async boundary knowledge, not duplicate an already-generalized backend. Candidate search space must include noise schedule, buffer depth, cold/reset cost, execution horizon and task success; failure knowledge should reject apparent speedups caused by task failures. Do not call this autonomous RSI.", "experiment_version": "paper v1; experiment code/checkpoint exact SHA not fully pinned, cannot attribute reported results to head", "limits": ["Cold start N-1 steps/episode; hold-pose behavior must suit robot.", "SmolVLA async success 79.5 vs80.1 baseline; not universally quality-preserving.", "RoboTwin E2E only1.08–1.10x due simulator/communication dominance.", "Real-world15rollouts/task and successful-only completion time, no broad safety validation.", "Latest10-25 change enables baseline compile and sets LIBERO execution horizon5; no new experiment claim.", "Default latency FlashVLA YAML points lerobot/pi05_base, comment requires trained checkpoint; paper uses N4 while default YAML N5. Must explicitly pin trained weights/config before reproduction.", "No independent experiment or tests run; raw confidence intervals/tail latency and fully pinned baseline checkpoints remain gaps."]}
版本:{"created_at": "2026-06-07T02:57:11Z", "head": "8539f1cdfcf878e3a93c39f3d6c885c19ede6af8", "head_date": "2026-10-25T03:20:32Z", "experiment_version": "paper v1; experiment code/checkpoint exact SHA not fully pinned, cannot attribute reported results to head"}
限制:["Cold start N-1 steps/episode; hold-pose behavior must suit robot.", "SmolVLA async success 79.5 vs80.1 baseline; not universally quality-preserving.", "RoboTwin E2E only1.08–1.10x due simulator/communication dominance.", "Real-world15rollouts/task and successful-only completion time, no broad safety validation.", "Latest10-25 change enables baseline compile and sets LIBERO execution horizon5; no new experiment claim.", "Default latency FlashVLA YAML points lerobot/pi05_base, comment requires trained checkpoint; paper uses N4 while default YAML N5. Must explicitly pin trained weights/config before reproduction.", "No independent experiment or tests run; raw confidence intervals/tail latency and fully pinned baseline checkpoints remain gaps."]
来源:https://arxiv.org/html/2608.27384v1
https://z-lab.ai/projects/flashvla/
https://github.com/z-lab/flashvla/blob/8539f1cdfcf878e3a93c39f3d6c885c19ede6af8/flashvla/async_manager.py
https://github.com/z-lab/flashvla/blob/8539f1cdfcf878e3a93c39f3d6c885c19ede6af8/flashvla/policies/pi05/modeling_pi05_flashvla.py
z-lab/flashvla@8539f1c
z-lab/flashvla#3 (comment)
S3 {}
{"correctness": "Read CUDA execution admission source and full tree; code uses owner identity across generator lifetime, releases thread binding before yield, defers capture under other owners. PRs14/23/24/27 document actual concurrency/HTTP cleanup failures and tests.", "solid": "Author controlled10-21 Windows11/Python3.12.10/Torch2.6cu124/FA2 2.7.4/RTX4070Ti SUPER overUSB4 fp16.20 alternating pairs per51/123/180 step T2S shape,15paired warmups,5000 bootstrap. SDPA short1.98%(0.31,4.67);FA2 conversation4.65%(2.24,6.64); long intervals include0.120pairs same semantic bytes+CUDA RNG; real-weight V3/v2Pro short/long controlled groups match PCM bytes. Much larger historical batch differences did not reproduce same-session.", "novelty": "Independent runtime integration over separately supplied GPT-SoVITS and adapted BigVGAN; NOTICE identifies borrowed modules. System correctness combination rather than new attention algorithm; not ordinary GitHub fork.", "value": "InferRSI #301 already covers ASR streaming lifecycle basics. Additional narrow value: graph-capture versus in-flight owner admission, generator cleanup across threads, paired mutation testing and timing endpoint identity; do not present generic stream reset as new gap.", "experiment_version": "82b7ad5737a6b94c2424d022c3ea1300be5c7d38 final10-21 measurement; production fix8cef3a9; upstream08d627c3338173c3229286d8787060d6559fe0f8", "limits": ["TTFP is first RAW PCM before silence buffering/trimming, not audible onset/HTTP availability/playback.", "No official upstream engine matrix rerun after latest fix: don't claim current upstream speedup.", "Current GPU evidence single eGPU Windows; final candidate Laptop/twoGPU validation pending.", "No broad MOS/WER quality gate; paired byte equality supports tested workloads only.", "Different graph keys independent but same-workspace AR owners serialize; production concurrency throughput not established.", "530passed/2skipped is author report; no tests independently run."]}
版本:{"created_at": "2026-05-24T16:36:52Z", "head": "eb8e0d59a9ca317b40d8182b04c12ba01a489f8d", "head_date": "2026-10-21T08:40:00Z", "version": "0.3.0", "experiment_version": "82b7ad5737a6b94c2424d022c3ea1300be5c7d38 final10-21 measurement; production fix8cef3a9; upstream08d627c3338173c3229286d8787060d6559fe0f8"}
限制:["TTFP is first RAW PCM before silence buffering/trimming, not audible onset/HTTP availability/playback.", "No official upstream engine matrix rerun after latest fix: don't claim current upstream speedup.", "Current GPU evidence single eGPU Windows; final candidate Laptop/twoGPU validation pending.", "No broad MOS/WER quality gate; paired byte equality supports tested workloads only.", "Different graph keys independent but same-workspace AR owners serialize; production concurrency throughput not established.", "530passed/2skipped is author report; no tests independently run."]
来源:https://github.com/Lucas1479/Aqua-TTS/blob/eb8e0d59a9ca317b40d8182b04c12ba01a489f8d/NOTICE
https://github.com/Lucas1479/Aqua-TTS/blob/eb8e0d59a9ca317b40d8182b04c12ba01a489f8d/aquatts/inference/cuda_execution.py
https://github.com/Lucas1479/Aqua-TTS/blob/eb8e0d59a9ca317b40d8182b04c12ba01a489f8d/benchmarks/results/latency-fix-20261021.md
Lucas1479/Aqua-TTS#14
Lucas1479/Aqua-TTS#24
Lucas1479/Aqua-TTS#27
S4 {"correct": "作者README与37任务代码对应;静态核Qwen3.6-27B单H100任务配置、score、capture、equivalence及verifier。未运行。", "solid": "源码具有独立verifier、paired baseline、正确性门槛、环境固定和失败分类;但样本task.toml标torch2.11/CUDA12.9而instruction标torch2.10/CUDA12.8,需以实际镜像核准。decode/high-load重测数各1、prefill5,不能泛称5次重复。", "timely": "10/16发布源码;10/26只更新榜单。实验版本/结果未独立复现;不报告加速倍数。", "novelty": "不是新优化算法;相对孤立kernel benchmark,新增生产engine生命周期(支持/性能/回归)任务与源码级候选裁决。已有paired/quality思想非新颖。", "value": "InferRSI已具ABBA/质量/全循环预算/holdout与owner-frozen live launcher,不再造控制器。P1借鉴最终候选完整捕获、测量类别与负结果契约;长任务作为未来外部评测库,非直接集成。"}
{"limits": ["closed-loop c16/c32/c64仅吞吐容量,不证明SLO/tail或到达稳健性", "multi-token equivalence记录而不硬gate;高并发batch构成引起差异,不可归因patch", "公开任务提示/参考答案可能泄漏;独立holdout不可直接复用为训练信号", "1–8 GPU与最长8h成本较高,此轮只建议离线契约审核"]}
版本:{"sha": "1a38072fbe284234c874356b86c9df666a5a79a3", "first_code_date": "2026-10-16", "latest_substantive": "2026-10-16 initial source; 2026-10-26 is leaderboard update only"}
限制:["closed-loop c16/c32/c64仅吞吐容量,不证明SLO/tail或到达稳健性", "multi-token equivalence记录而不硬gate;高并发batch构成引起差异,不可归因patch", "公开任务提示/参考答案可能泄漏;独立holdout不可直接复用为训练信号", "1–8 GPU与最长8h成本较高,此轮只建议离线契约审核"]
来源:https://github.com/apple-aiml-research/ml-rsi-inference-bench/blob/1a38072fbe284234c874356b86c9df666a5a79a3/tasks/optimize_qwen3_6_27b_1xh100_open/task.toml
https://github.com/apple-aiml-research/ml-rsi-inference-bench/blob/1a38072fbe284234c874356b86c9df666a5a79a3/tasks/optimize_qwen3_6_27b_1xh100_open/tests/_verifier_lib/candidate_capture.py
https://github.com/apple-aiml-research/ml-rsi-inference-bench/blob/1a38072fbe284234c874356b86c9df666a5a79a3/tasks/optimize_qwen3_6_27b_1xh100_open/tests/_verifier_lib/equivalence.py
S5 {"correct": "核canonical repo/官网/quality_gate.py/lock及issues;论文无法读取,不能称五门槛全部通过。", "solid": "匹配墙钟预算的random/TPE/SMAC基线;固定开发/评估seed对;当前质量默认500题与reference准确率比阈值。公开未回应issues #4 EOS工作量与旧榜单不可比、#5单次质量估计波动,均为他人报告未独立验证。", "timely": "当前head改动了质量与长度处理,旧paper/榜单不可无条件继承;vLLM lock0.11.0/SGLang0.5.10.post1不能称最新引擎强基线。", "novelty": "系统评测组合:固定预算服务器提交、质量+integrity和非agent等预算HPO对照;非新kernel算法。", "value": "P1反例库:最后一次测量后再改配置、EOS公平性、统计gate与候选同一性;InferRSI已有预算/holdout机制,价值是回归夹具而非重复控制层。"}
{}
版本:{"sha": "108ec747fab0bd92fd9de501f62157d074c50ed5", "first_repo_date": "2026-04-30", "first_publication": "not verified; official openreview PDF blocked by verification page; obsolete assets/paper.pdf 404", "latest_substantive": "2026-10-26 prepare public release: evaluator/baselines/container fixes and Harbor adapter"}
限制:[]
来源:https://github.com/aisa-group/InferenceBench/blob/108ec747fab0bd92fd9de501f62157d074c50ed5/src/eval/inference/quality_gate.py
aisa-group/InferenceBench#2
aisa-group/InferenceBench#4
aisa-group/InferenceBench#5
模型/架构×runtime/serving×机制检索,官方源码/版本/issue与原始论文/作者blog扩展;非全网穷尽。已报及普通衍生排除;SEIS映射未核不计新增。
david6666666 commentedon Nov 3, 2026
2026-11-03|新仓库研究
截止2026-11-03 08:30北京时间;08:31发布前核验。5项仅值得验证,无独立复现/强性能推荐;未跑模型、GPU或付费实验。
main 2baebf6;历史7页/10评论/当前来源排除129个身份。历史新发现不等于今日发布。
复用现有ABBA/质量/预算/holdout和受限launcher;#268未合并,#319只读dashboard,不代表通用自主驱动。
Now:优先审阅实验账本、完整质量门与历史版本绑定,保留失败/撤回证据。
Next:候选只扩充模型或执行路径的契约;已有控制器与比较器不重复构建。
Watch:论文最佳值、denoise时延或P50不能代替当前版本同条件E2E、质量与尾延迟。
建议1(不执行):假设最终候选与测量/质量版本严格一致;用现有冻结合同对照离线缺decode/EOS/词表及过期失败知识夹具,记录误放行、误拒、总审计成本。预算1工程小时,版本缺失或已有重复覆盖即停。
建议2(不执行):假设分阶段加速能在同质量、相同步数/CFG/精度或同闭环horizon下转化E2E;先只做静态配置/计时边界审计,baseline为同版本完整流程。未来实验另获授权,预设质量阈值、p95/成本及资源上限,任何质量退化/语义变化未解释即停。
证据索引
S1 没有本轮硬件/模型完整同条件独立实验;不引用竞赛倍数证明端到端收益。
09-12 @ db02153a64f0edf9d428f91a241d5cca2ddef9dd;历史新发现。
https://github.com/Dogacel/auto-gpu-kernel/blob/db02153a64f0edf9d428f91a241d5cca2ddef9dd/kbench/task.py
S2 论文/代码实验映射未闭合,推荐仅限方法审阅;3.27×不代表并发、尾延迟或当前代码收益。
论文10-03 v1;代码bf2ddc5c5882a2573756b744c0e88c1b154739fa为03-23旧实验。
https://arxiv.org/html/2610.04646v1
https://github.com/smth-fun/self-evolving-inference-system
S3 作者论文条件,未独立运行;质量证据逐表和当前实现到实验版本映射仍缺,不作生产性能背书。
论文2609.23153v2(10-08);源码3fd210c7baaf6ad233ce4c730d0e329bb8014b6b;实验SHA未锁。
https://arxiv.org/abs/2609.23153v2
https://github.com/AlibabaResearch/SparkDiffusion
S4 当前默认分支master已取得;历史论文数据不继承当前head。缺独立复现与同条件完整质量/成本审计。
论文2607.12659v7(10-23);master619e92e878a25df3e9cc0ce87b8f3a61283146e7,实验对应未锁。
https://arxiv.org/abs/2607.12659v7
https://github.com/PKU-SEC-Lab/EagleVLA-Edge
S5 A770/B60是目标路径;旧B60单实验作者自报,缺完整任务质量和当前版本同条件强baseline;仅值得进一步核验。
v1.2.7 tag1d93d5d(10-30);性能属于旧v1.2.1,不转移给新版本。
https://github.com/marfrit/arcint/blob/main/CHANGELOG.md
https://github.com/marfrit/arcint
组合检索、canonical/别名、源码/原文与历史去重;并非全网穷尽。NeMo-Speech.cpp/SpecSpeech/ReplaySSM等旧项目不独列;源码404或证据弱候选省略。
david6666666 commentedon Nov 4, 2026
2026-11-04|InferRSI 每日研究
证据截止:北京时间 2026-11-04 08:30;发布前复核 main。3 项值得验证、2 项观察,均未独立复现;未运行模型/GPU/付费实验。
main 663f3b3;已按既有报告与当前知识库去重。历史新发现不等于今日发布。
复用已有 AB/BA、质量/预算/holdout 与受限 launcher;#319 仍是开放 PR,支持只读实时 loopback 观察;#338 CPU 题包/oracle 为 Draft,不是主线能力。
值得验证
观察区
Now:先审计内外层质量反馈、版本谱系和全搜索成本;新仓不等于新算法或已有效加速。
Next:把浏览器 cache/readback 和 VLA 闭环指标作为现有契约扩展,不重复建立通用 runner、题包或自主控制器。
Watch:kernel/模型时延下降可能伴随任务质量下降;作者历史实验不可外推当前 HEAD、并发 serving 或其他硬件。
建议 1(仅建议,不执行):假设内层 kernel 接受不能替代整模型质量;以现有冻结质量/holdout 契约及未修改模型为对照,静态审计拒绝是否回馈、版本是否锁定,记录误放行和审计全成本。预算 1 工程小时;缺完整反馈/实验身份或已有覆盖即停,GPU/模型测试另需授权。
建议 2(仅建议,不执行):假设局部加速在同质量下仍有完整流程收益;先审计同版本、同 cache budget/负载的原生/浏览器对照,VLA 则用同 checkpoint、horizon 的原策略。未来实验需分别记录任务质量、p95/E2E、拷贝/预热/搜索总成本;固定资源上限,质量下降或对照不等价立即停止。
证据索引
S1 RTX 5070 12 GB,Node 24 + Dawn 0.6.1,D3D12/FXC,Qwen3.6-35B-A3B,128 decode tokens。4 GB/50 slots 与 8 GB/109 slots 对照,512/2048 prompt;作者数据,缺任务质量与完整尾延迟。
实验为 10-02;当前 45b5ee275a8754a37fce4a6ce174f31e4a216ef4,不继承历史速度。
https://github.com/Nehanth/pooled/blob/main/docs/bench-log.md
https://github.com/Nehanth/pooled/blob/45b5ee275a8754a37fce4a6ce174f31e4a216ef4/engine/expert_store.js
S2 论文 A100/H100 几何均值对 eager;不是等价生产 serving 强基线。成本无系统对照,完整任务质量与内外层回馈尚未闭合。
论文 v1 / 代码 4e51e82;本轮未运行测试,论文实验到代码的版本映射未锁。
https://arxiv.org/abs/2608.21836v1
https://github.com/hzeng2000/LLM4LLM
S3 技术报告明确人工 Mode 1 与自主 Mode 3 的证据不同;两项 pilot 不足外推。固定质量、同条件强 baseline、全搜索成本仍需逐案例审核。
代码 ce030eb(09-15);未独立复现,不声明报告结果是当前 HEAD 的收益。
https://tongminglaic.github.io/AKO/assets/ako-tech-report.pdf
https://github.com/TongmingLAIC/AKO4X
S4 RTX 4090 D 24 GB / JAX,620 次调用排除首次 JIT:61.557→21.956 ms。双 Piper 臂每方法 30 次:Legato 成功 29→26,成功任务 73.56→76.13 s;说明闭环退化。
论文 v2;源码 bb6934e7a472ab2c991787c079b184f7c52342be;未找到论文两阶段组合不等于证明所有分支不存在。
https://arxiv.org/html/2609.39822v2
https://github.com/MagiclabRobotics/Inference/blob/bb6934e7a472ab2c991787c079b184f7c52342be/server/openpi/policies/policy.py#L88-L103
S5 公开材料缺完整可执行闭环/原始运行记录;小样本假阳性说明接受规则需要独立重验证,不证明端到端生产收益。
代码 8cafc1a(10-28);实验环境、模型与完整成本映射不足。
https://github.com/bgchun-fs/multi-agent-kernel-gen-loop
本轮为公开源码、原文与作者资料审阅,组合检索并非全网穷尽。
agent-ci-infra-bot commentedon Nov 4, 2026
本次触发是维护者在固定研究索引 #177 下发布的 2026-11-04 日报(3 项值得验证 + 2 项观察),明确只做公开资料审阅、未执行模型/GPU、不建议代码修改或知识入库。我核对了可验证部分:main 663f3b3 与报告一致;#319 为 open 且确含只读 loopback live 模式,#338 为 Draft;Pooled/LLM4LLM/AKO4X/MagiclabRobotics-Inference/multi-agent-kernel-gen-loop 在知识库与历史评论中均无命中(去重声明成立);引用的上游 HEAD 与日期、Pooled docs/bench-log.md 的 4 GB/50 slots 与 8 GB/109 slots 数字均与上游一致,性能收益仍为作者自报、未独立复现。结论:无需代码变更,报告可作为研究记录接受,以下三条是格式与可追溯性改进点。
F1 — “与 InferRSI 的关系”未落到实际模块/owner/open PR
src/inferrsi/data/skill_library/methods/inference-benchmark-design/SKILL.md、docs/kv-live-launcher.md、docs/harness-improvement.md、docs/skill-eval-budget-core.md;不写出来,“已有覆盖”就无法被读者核对。repositories/project-maya/metadata.json、methods/optimization-search-policy/SKILL.md)相比,可追溯性明显下降。F2 — kernel 自主优化三条未说明与此前已报项目的关系
F3 — 三个条目缺少“模型/工作负载”与“系统层级”分类值
Reviewed commit: 663f3b3
Coverage: Checkout: 2645 files at 663f3b3 in a git worktree with the repository's history