[optim] Noisy benchmarks
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- Dominant language
- Python
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Description
In the past 2-3 weeks, these configs have been bouncing up and down.
DALLE2_pytorch, Adam, cuda, amsgrad, maximize
DALLE2_pytorch, Adam, cuda, default
DALLE2_pytorch, Adam, cuda, foreach
DALLE2_pytorch, Adam, cuda, fused, amsgrad, maximize
DALLE2_pytorch, Adam, cuda, fused, capturable, amsgrad
DALLE2_pytorch, AdamW, cuda, amsgrad, maximize
DALLE2_pytorch, AdamW, cuda, default
DALLE2_pytorch, AdamW, cuda, foreach
DALLE2_pytorch, AdamW, cuda, fused, amsgrad, maximize
DALLE2_pytorch, AdamW, cuda, fused, capturable, amsgrad
DALLE2_pytorch, RAdam, cuda, default
DALLE2_pytorch, RAdam, cuda, foreach
detectron2_maskrcnn, Adam, cuda, differentiable
doctr_det_predictor, Adam, cuda, no_foreach
hf_BigBird, Rprop, cuda, default
hf_Reformer, Adadelta, cuda, differentiable
hf_T5_large, Rprop, cuda, differentiable
mobilenet_v2, RAdam, cuda, no_foreach
mobilenet_v3_large, Rprop, cuda, default
phlippe_densenet, Adamax, cuda, no_foreach
phlippe_densenet, NAdam, cuda, no_foreach
shufflenet_v2_x1_0, Adagrad, cuda, no_foreach
shufflenet_v2_x1_0, NAdam, cuda, no_foreach
speech_transformer, Adadelta, cuda, differentiable
stable_diffusion_unet, RAdam, cuda, differentiable
stable_diffusion_unet, RAdam, cuda, no_foreach
Super_SloMo, RMSprop, cuda, differentiable
timm_efficientnet, Adadelta, cuda, no_foreach
timm_vision_transformer_large, RAdam, cuda, differentiable
timm_vision_transformer_large, RAdam, cuda, no_foreach
tts_angular, Rprop, cuda, maximize
Raw copy paste below:
timm_vision_transformer_large, RAdam, cuda, differentiable: +79.81755%
DALLE2_pytorch, Adam, cuda, foreach: -31.41948%
DALLE2_pytorch, AdamW, cuda, default: -34.05249%
DALLE2_pytorch, AdamW, cuda, default: +34.76710%
DALLE2_pytorch, AdamW, cuda, foreach: -32.74721%
Super_SloMo, RMSprop, cuda, differentiable: -33.06181%
DALLE2_pytorch, Adam, cuda, fused, amsgrad, maximize: +45.06670%
DALLE2_pytorch, Adam, cuda, fused, capturable, amsgrad: +36.11691%
DALLE2_pytorch, AdamW, cuda, foreach: +49.40952%
DALLE2_pytorch, AdamW, cuda, fused, amsgrad, maximize: +38.32376%
timm_vision_transformer_large, RAdam, cuda, no_foreach: -44.00085%
timm_vision_transformer_large, RAdam, cuda, differentiable: -44.24940%
hf_T5_large, Rprop, cuda, differentiable: +30.94747%
Super_SloMo, RMSprop, cuda, differentiable: +52.56252%
hf_Reformer, Adadelta, cuda, differentiable: +32.41173%
timm_efficientnet, Adadelta, cuda, no_foreach: +36.42987%
phlippe_densenet, Adamax, cuda, no_foreach: +37.26340%
phlippe_densenet, NAdam, cuda, no_foreach: +45.02834%
DALLE2_pytorch, Adam, cuda, default: -30.66293%
shufflenet_v2_x1_0, NAdam, cuda, no_foreach: -34.01592%
tts_angular, Rprop, cuda, maximize: -31.97153%
doctr_det_predictor, Adam, cuda, no_foreach: +40.54418%
timm_vision_transformer_large, RAdam, cuda, no_foreach: +76.79410%
timm_vision_transformer_large, RAdam, cuda, differentiable: +79.21604%
tts_angular, Rprop, cuda, maximize: +46.56646%
shufflenet_v2_x1_0, NAdam, cuda, no_foreach: +48.30327%
DALLE2_pytorch, Adam, cuda, default: +35.45820%
timm_vision_transformer_large, RAdam, cuda, no_foreach: -43.40771%
timm_vision_transformer_large, RAdam, cuda, differentiable: -44.11391%
stable_diffusion_unet, RAdam, cuda, no_foreach: -47.72116%
DALLE2_pytorch, Adam, cuda, fused, capturable, amsgrad: +37.85595%
DALLE2_pytorch, AdamW, cuda, foreach: +37.25520%
DALLE2_pytorch, AdamW, cuda, fused, capturable, amsgrad: +36.33095%
DALLE2_pytorch, RAdam, cuda, foreach: +40.75257%
stable_diffusion_unet, RAdam, cuda, no_foreach: +92.67768%
DALLE2_pytorch, Adam, cuda, fused, amsgrad, maximize: +31.76727%
timm_vision_transformer_large, RAdam, cuda, no_foreach: +78.50101%
speech_transformer, Adadelta, cuda, differentiable: -32.16910%
mobilenet_v2, RAdam, cuda, no_foreach: -31.10531%
hf_BigBird, Rprop, cuda, default: -30.36015%
speech_transformer, Adadelta, cuda, differentiable: +47.25762%
mobilenet_v2, RAdam, cuda, no_foreach: +42.18837%
timm_vision_transformer_large, RAdam, cuda, no_foreach: -44.11201%
DALLE2_pytorch, AdamW, cuda, foreach: +32.51113%
mobilenet_v3_large, Rprop, cuda, default: +58.95230%
detectron2_maskrcnn, Adam, cuda, differentiable: +44.64110%
shufflenet_v2_x1_0, Adagrad, cuda, no_foreach: -34.88800%
DALLE2_pytorch, Adam, cuda, foreach: +33.90456%
DALLE2_pytorch, AdamW, cuda, foreach: +38.89779%
DALLE2_pytorch, AdamW, cuda, fused, amsgrad, maximize: +33.92788%
DALLE2_pytorch, RAdam, cuda, foreach: +44.08831%
shufflenet_v2_x1_0, Adagrad, cuda, no_foreach: +56.42979%
stable_diffusion_unet, RAdam, cuda, no_foreach: -47.85513%
stable_diffusion_unet, RAdam, cuda, differentiable: -48.20885%
DALLE2_pytorch, Adam, cuda, amsgrad, maximize: +32.97666%
DALLE2_pytorch, Adam, cuda, fused, amsgrad, maximize: +39.28866%
DALLE2_pytorch, Adam, cuda, fused, capturable, amsgrad: +44.78136%
DALLE2_pytorch, AdamW, cuda, default: +37.12394%
DALLE2_pytorch, AdamW, cuda, amsgrad, maximize: +37.40143%
DALLE2_pytorch, AdamW, cuda, foreach: +37.27161%
DALLE2_pytorch, AdamW, cuda, fused, amsgrad, maximize: +43.04382%
DALLE2_pytorch, AdamW, cuda, fused, capturable, amsgrad: +40.58533%
DALLE2_pytorch, RAdam, cuda, default: +35.76401%
DALLE2_pytorch, RAdam, cuda, foreach: +35.42852%
Contributor guide
First steps
- Read the whole issue, then the project's contributing guide.
- Comment on the issue to say you are picking it up — it saves two people doing the same work.
- Fork the repository and make your change on a branch.
- Open a pull request that references the issue number.
Research direction
Start by comparing the listed benchmark configurations with their raw percentage changes, focusing on the repeated swings across runs. The issue names no files, tests, or entry points, so those will need to be located before investigating; done would mean the reported instability is understood and the affected measurements are no longer bouncing up and down.
Written by the indexing model from the issue text.
Assessment
- Tech stack
- python, pytorch
- Domain
- performance, testing
- Issue type
- Bug
- Difficulty
- 4/5
- Estimated time
- 3-5 days
- Activity status
- Stale
- Clarity
- Mostly clear
- Newbie friendliness
- 35/100