SysML'19 demo: customizable and reusable Collective Knowledge pipelines to automate and reproduce machine learning experiments

Reproducing, comparing and reusing results from machine learning and systems papers is a very tedious, ad hoc and time-consuming process. I will demonstrate how to automate this process using open-source, portable, customizable and CLI-based Collective Knowledge workflows and pipelines developed by the community. I will help participants run several real-world non-virtualized CK workflows from the SysML'19 conference, companies (General Motors, Arm) and MLPerf benchmark to automate benchmarking and co-design of efficient software/hardware stacks for machine learning workloads. I hope that our approach will help authors reduce their effort when sharing reusable and extensible research artifacts while enabling artifact evaluators to automatically validate experimental results from published papers in a standard and portable way.

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References (11)

04Artifact Evaluation for SysML’192019 · http://cTuning. org/ae/sysml2019.html
05a broad ML benchmark suitemlperf.org
06CK workflow for the ACM ASPLOS-RESCUE submission ”VTA: Open Hardware/Software Stack for Vertical Deep Learning System Optimization”github.com/ctuning/
07CK-based Android applications to crowdsource AI/SW/HW co-design experiments across mobile devices”http://cknowledge.org/android-apps. html
08CK workflow to automate and customize MLPerf benchmarks”github.com/ctuning/ck-mlperf
09Artifact Evaluation at computer systems conferences (methodology and automation tools)http: //cTuning.org/ae
10Artifact Review and Badging PolicyACM
11Scaling deep learning on AWS using C5 instances with MXNet, TensorFlow, and BigDL: from the edge to the cloud/

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