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benchmarking-and-results

benchmarking-and-results

Use this sub-skill when a user needs to run bounded timm benchmarks, compare inference/train/profile timing modes, interpret bundled result CSVs, or look up ImageNet-1k model metadata.

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Documentation de la Skill

GitHub

name: benchmarking-and-results description: "Use this sub-skill when a user needs to run bounded timm benchmarks, compare inference/train/profile timing modes, interpret bundled result CSVs, or look up ImageNet-1k model metadata." disable-model-invocation: true metadata: disco-role: operating license: Apache 2.0

Benchmarking and Results

Use this sub-skill for safe, reproducible performance checks with timm benchmark tooling and for interpreting bundled result tables.

Route Here When

  • The user asks how to run benchmark.py for inference, train-step, profile, or combined timing.
  • The user wants a bounded benchmark command for one model, a wildcard subset, or a short model-list file.
  • The user asks what benchmark CSV columns mean or how to compare rows across devices, precision, layouts, or PyTorch versions.
  • The user needs ImageNet result fields or model_metadata-in1k pretraining labels explained.
  • The user requests all-model benchmarking and needs safe scoping before launching long bulk work.

Start Safely

  1. Pick the smallest representative scope first: one model, one device, low batch size, and low iteration counts.
  2. Use the bundled command builder to create bounded commands instead of hand-assembling broad runs: python scripts/timm_benchmark_command_builder.py --model resnet50 --bench inference --device cuda --batch-size 32 --num-warm-iter 2 --num-bench-iter 5 --amp
  3. Run debug timing before publication-quality timing, then increase --num-warm-iter, --num-bench-iter, and batch size only after memory and precision choices are stable.
  4. Treat bulk or all-model requests as potentially expensive; require an explicit model pattern, model-list file, or --allow-bulk acknowledgement.

References

  • references/benchmarking.md: benchmark modes, important flags, safe command patterns, and profiling choices.
  • references/results-tables.md: benchmark, validation, and metadata CSV columns plus interpretation cautions.
  • references/troubleshooting.md: OOM, timing comparability, warmup, torch.compile, optional profiler, AMP/layout, and stale metadata issues.
  • scripts/timm_benchmark_command_builder.py: guarded command generator for bounded single-model and optional bulk benchmark commands.

Boundary Notes

  • This sub-skill covers benchmark execution and result interpretation only.
  • Use the cli-workflows sub-skill for full train.py, validate.py, or dataset-driven CLI workflows.
  • Do not present bundled benchmark CSV values as universal hardware truth; they are snapshots from specific accelerators, software versions, precision modes, and layouts.
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