本页由任务链自动生成(15m cadence / 双页结构),用于保证 P2/P3 rank 在 factors 目录有独立报告入口。生成时间:2026-04-08 13:50:59 北京时间
stage:P3 | status:keep
策略类型(mother theme):风险过滤
角色(role):veto
挑战基线(challenge baseline):事件驱动主baseline(时钟/季节性)
唯一增量(unique increment):abnormal day veto(异常日过滤)
下一步唯一动作(next action):维持 live,按周复核 veto 命中与误杀比
核心思想:不是制造 entry alpha,而是减少明显差环境下的交易暴露。
当前 rank 要回答的核心问题:这条“独立增量”到底是在补 baseline 的哪个短板(入场、过滤、仓位、退出、执行)?
| 层 | 内容 | 说明 |
|---|---|---|
baseline | 事件驱动主baseline(时钟/季节性) | 研究母体(被挑战或被增强对象) |
rank increment | abnormal day veto(异常日过滤) | 该 rank 相比 baseline 的独立增量 |
role: veto | 否决层,在特定坏环境下阻止入场,关注误杀率与漏杀率平衡。 | 该 rank 在 P2/P3 体系中的职责边界 |
current next_action | 维持 live,按周复核 veto 命中与误杀比 | 当前运营决策建议(用于 P2→P3 或回退) |
事件驱动主baseline(时钟/季节性)(若该 rank 不是 baseline,本项为“被挑战或被增强的母体”)。abnormal day veto(异常日过滤),要求在报告中单独说明它改变了 entry / filter / sizing / exit 的哪一段。风险过滤,建议按“信号本体 vs 过滤层 vs 执行层”三段写清。veto,需要明确它是否应独立承担 alpha 归因。reports/artifacts/paper_rank229_eth_abnormal_dayreports/artifacts/rank229_p2_admission_effectiveness_crossassetreports/artifacts/rank229_p2_admission_time_parameter| artifacts 目录 | 总文件 | md | csv | json | html | log/txt |
|---|---|---|---|---|---|---|
paper_rank229_eth_abnormal_day | 7 | 1 | 3 | 3 | 0 | 0 |
rank229_p2_admission_effectiveness_crossasset | 3 | 0 | 2 | 1 | 0 | 0 |
rank229_p2_admission_time_parameter | 4 | 0 | 3 | 1 | 0 | 0 |
已发现可复用 MD:reports/artifacts/paper_rank229_eth_abnormal_day/rank229_frozen_launch_spec.md
# Rank 229 Frozen Launch Spec - Candidate: `Rank 229 / ETH-led abnormal-day continuation (session-defined)` - Status: `paper_launch_queue_frozen_spec` - Primary frozen spec: - Symbol: `ETHUSDT` perpetual - Venue: `Binance Futures` - Bar: `5m` - Session offset: `20h` - Trigger threshold: `k = 1.25 * sigma_session` - Minimum remaining bars: `12` - Entry: `next-bar open` - Exit: `session close` - Cost assumption: `12 bps round-trip` ## Why this is the launch spec This is the thickest ETH ridge that still survived the honest `next-bar open` admission path and the later time/parameter segmentation: - trades: `90` - gross: `+98.69 bps` - net-12: `+86.69 bps` - halves: both positive - thirds: `3/3` positive - weakest third: `+6.65 bps` ## Conservative backup - `offset 0h / k=1.75 / M>=12` - net-12: `+44.22 bps` - trades: `59` - kept as backup because it is more even but thinner than the primary ridge. ## Scope boundary This document freezes the queue-side paper spec so scheduler wiring can target one explicit runner. It does **not** claim that raw-bar live recomputation already exists.