tree: 23be91348089210da13ba26fcccd98b3028e0e4f [path history] [tgz]
  1. __init__.py
  2. bench.py
  3. cells.py
  4. conftest.py
  5. custom_lstms.py
  6. factory.py
  7. fuser.py
  8. profile.py
  9. README.md
  10. runner.py
  11. scratch.py
  12. test.py
  13. test_bench.py
benchmarks/fastrnns/README.md

Fast RNN benchmarks

Benchmarks for TorchScript models

For most stable results, do the following:

  • Set CPU Governor to performance mode (as opposed to energy save)
  • Turn off turbo for all CPUs (assuming Intel CPUs)
  • Shield cpus via cset shield when running benchmarks.

Some of these scripts accept command line args but most of them do not because I was lazy. They will probably be added sometime in the future, but the default sizes are pretty reasonable.

Test fastrnns (fwd + bwd) correctness

Test the fastrnns benchmarking scripts with the following: python -m fastrnns.test or run the test independently: python -m fastrnns.test --rnns jit

Run benchmarks

python -m fastrnns.bench

should give a good comparison, or you can specify the type of model to run

python -m fastrnns.bench --rnns cudnn aten jit --group rnns

Run model profiling, calls nvprof

python -m fastrnns.profile

should generate nvprof file for all models somewhere. you can also specify the models to generate nvprof files separately:

python -m fastrnns.profile --rnns aten jit

Caveats

Use Linux for the most accurate timing. A lot of these tests only run on CUDA.