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ELPA

该 Skill 通过本地 Python 脚本规划或执行多个子模型的训练命令,再根据验证误差计算 ELPA 在线/离线权重、最佳模型和集成控制参数,输出训练清单与策略 JSON。它不包含子模型训练代码、误差生成逻辑或 ML 依赖环境。

anonymouscodemaker
anonymouscodemaker
热度 82.44
最近更新 2026-05-17 14:29:15
分类:开发依赖:代码执行 / 读写文件应用场景:数据处理 / 自动化脚本 / 工作流

安装技能

复制下面的话术发给你的 Agent,它会通过 secure-skills 检索并安装该技能。

执行命令安装此 skill: npx secure-skills-cli add elpa
Metadata
name
elpa
description
Orchestrate real ELPA-style ensemble forecasting workflows by triggering external sub-model training jobs (for example PyTorch/Prophet/TiDE/transformers), then computing ELPA online/offline weights from validation errors. Use when you need production-oriented ensemble training instead of lightweight simulation adapters.

ELPA

Overview

This skill does not train toy adapters. It triggers real sub-model training commands from your own training codebases and then builds ELPA routing/weights from real validation errors.

Default model pool is intentionally larger than 4 and can be expanded freely.

Workflow

  1. Prepare a training config JSON (see assets/elpa_train_template.json).
  2. Dry-run the command plan to verify all sub-model commands.
  3. Execute real sub-model training when resources are available.
  4. Prepare validation error inputs per model.
  5. Build ELPA ensemble policy JSON from those errors.

1) Prepare Config

Create a config based on assets/elpa_train_template.json.

  • Put your real training entrypoints in each model train_cmd.
  • Keep each model tagged as online or offline.
  • Add as many models as needed; ELPA is not limited to 4.

2) Dry-Run Plan (No Training)

python3 scripts/elpa_orchestrator.py \
  --config assets/elpa_train_template.json \
  --run-dir .runtime/elpa_run \
  --manifest-out .runtime/elpa_run/train_manifest.json

This prints and records the commands that would run, without training.

3) Execute Real Training

python3 scripts/elpa_orchestrator.py \
  --config /path/to/your_train_config.json \
  --run-dir .runtime/elpa_run \
  --manifest-out .runtime/elpa_run/train_manifest.json \
  --execute

Use this only in an environment that has the required ML dependencies and hardware.

4) Build ELPA Integration Policy

After each sub-model produces validation errors, run:

python3 scripts/elpa_integrator.py \
  --config /path/to/your_integrate_config.json \
  --output .runtime/elpa_run/elpa_policy.json

The output includes:

  • scores for each model from validation errors
  • online_weights and offline_weights
  • best_online_model and best_offline_model
  • ELPA control fields (beta, dirty_interval, amplitude_window, mutant_epsilon)

Model Scaling

To support more models, append model blocks in your config with:

  • unique name
  • group as online or offline
  • real train_cmd

No script changes are needed for adding models.

Files

  • scripts/elpa_orchestrator.py: real sub-model training command planner/executor
  • scripts/elpa_integrator.py: ELPA score/weight builder from validation errors
  • assets/elpa_train_template.json: >4-model real training template
  • assets/elpa_integrate_template.json: ELPA integration template
  • references/config-schema.md: config field reference and placeholders