Ml training optimization
Skill planifest/planifest-framework/planifest-framework/external-skills/ml-training-optimization
ML training optimization workflow for convergence stability, efficiency, and cost control. Use when training runs are slow, unstable, or over budget and optimization decisions are required; do not use for generic API-layer or infrastructure-only changes.From its SKILL.md
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SKILL.md
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Ml Training Optimization
Overview
Use this skill to improve training throughput and cost while preserving model quality and stability.
Scope Boundaries
- Use this skill when the task matches the trigger condition described in
description. - Do not use this skill when the primary task falls outside this skill's domain.
Shared References
- Convergence and budget rules:
references/convergence-and-budget-rules.md
Templates And Assets
- Training optimization plan:
assets/training-optimization-plan-template.md
Inputs To Gather
- Baseline runtime/cost/convergence behavior.
- Resource constraints and training budget.
- Quality guardrails to prevent regressions.
- Candidate optimization levers (data, algorithm, infra).
Deliverables
- Optimization plan with prioritized interventions.
- Resource and convergence validation results.
- Cost/quality trade-off report.
Workflow
- Capture baseline and bottlenecks in
assets/training-optimization-plan-template.md. - Apply
references/convergence-and-budget-rules.mdto bound risk. - Run targeted optimizations with controlled experiments.
- Validate quality guardrails and budget impact.
- Publish adopted changes and rollback criteria.
Quality Standard
- Optimization decisions preserve target quality.
- Convergence behavior remains stable.
- Cost and runtime improvements are measurable.
Failure Conditions
- Stop when optimization degrades quality beyond guardrails.
- Stop when instability increases despite speed gains.
- Escalate when budget constraints remain unmet.
What ships with it: 1 file
11.3 KB alongside SKILL.md
- attribution.txt11.3 KB