This repository contains compacted and aggregated results of the MLPerf Inference benchmark, MLPerf Training benchmark and TinyMLPerf benchmark in the compact MLCommons Collective Mind format for the MLCommons CK Playground being developed by the MLCommons taskforce on automation and reproducibility.
The goal is to make it easier for the community to analyze MLPerf results, add derived metrics such as performance/Watt and constraints, generate graphs, prepare reports and link reproducibility reports as shown in these examples:
- Power efficiency to compare Qualcomm, Nvidia and Sima.ai devices
- Reproducibility report for Nvidia Orin
Install MLCommons CM framework.
Follow this README from the related CM automations script.
You can see aggregated results here.
Follow this README from the related CM automations script.
You can see aggregated results here.
Follow this README from the related CM automations script.
You can see aggregated results here.
You can use this repository to analyze, reuse, update and improve MLPerf results compact by calculating and adding derived metrics (performance/watt) or links to reproducibility reports that will be visible at the MLCommons CK playground.
Install MLCommons CM framework.
Pull CM repository with automation recipes and with MLPerf results in the CM format:
cm pull repo mlcommons@ck
cm pull repo mlcommons@cm4mlperf-results
Find CM entries with MLPerf inference v3.1 experiments from CMD:
cm find experiment --tags=mlperf-inference,v3.1
Find CM entries with MLPerf inference v3.1 experiments from Python:
import cmind
r = cmind.access({'action':'find',
'automation':'experiment,a0a2d123ef064bcb',
'tags':'mlperf-inference,v3.1'})
if r['return']>0: cmind.error(r)
lst = r['list']
for experiment in lst:
print (experiment.path)
We created a sample CM script in this repository that you can use and extend to add derived metrics:
cm run script "process mlperf-inference results" --experiment_tags=mlperf-inference,v3.1
2021-2023 MLCommons
Grigori Fursin and Arjun Suresh.
This project is maintained by the MLCommons taskforce on automation and reproducibility, cTuning foundation and cKnowledge.org.
Join our Discord server to ask questions, provide your feedback and participate in further developments.