Collective Knowledge (software)

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Collective Knowledge (CK)
Developer(s)cTuning foundation and dividiti
Initial release2014; 10 years ago (2014)
Stable release
1.9.1 / April 30, 2017 (2017-04-30)
Written inPython
Operating systemLinux, Mac OS X, Microsoft Windows
TypeKnowledge management, Artifact Evaluation, Artifact Sharing, Package management system, Scientific workflow system
LicenseBSD License 3-clause
Websitegithub.com/ctuning/ck, cknowledge.org, cknowledge.org/ai, cknowledge.org/repo

The Collective Knowledge project (or CK for short) is an open-source framework and repository to enable collaborative and reproducible experimentation (originally focusing on computer systems' research). CK is a small, portable and customizable infrastructure which allows researchers:

  • share their artifacts as reusable Python components with unified JSON API, JSON meta information, and distributed UID via GitHub and similar services
  • quickly prototype experimental workflows from shared components as LEGO(R) (such as multi-objective autotuning)
  • automate, crowdsource and reproduce experiments
  • unify predictive analytics (scikit-learn, R, DNN)
  • enable interactive articles and graphs.

Notable usages

Portable Package manager

CK has an integrated cross-platform package manager with Python scripts, JSON API and JSON meta-description to automatically rebuild software environment on a user machine required to run a given shared research workflow (see documentation for more details).

Extensible AI API

CK provides a unified and extensible JSON API for multiple DNN frameworks including Caffe and TensorFlow while optimizing them across diverse hardware (mobile devices, HPC servers) and models.[10]

Reproducibility of experiments

CK enables reproducibility of experimental results via community involvement similar to Wikipedia and Physics. Whenever a new workflow with all components is shared via GitHub, anyone can try it on a different machine, with different environment and using slightly different choices (compilers, libraries, data sets). Whenever an unexpected or wrong behavior is encountered, the community explains it, fixes components and shares them back as conceptually described in.[9]

External links

  • Development site: [1]
  • Documentation: [2]
  • Resources related to open science: [3]
  • Public repository of optimization knowledge: [4]
  • Example of CK-powered research projects (collaborative benchmarking and optimization of CNN across diverse hardware): [5]
  • Demo of an interactive article: [6]
  • International Workshop on Adaptive Self-tuning Computing System (ADAPT) uses CK to enable public reviewing of publications and artifacts via Reddit: [7]
  • Android application to crowdsource experiments (such as program optimization) using mobile devices provided by volunteers via CK framework: [8]

References

  1. ^ HiPEAC info (page 17) (PDF), January 2016
  2. ^ Fursin, Grigori; Anton Lokhmotov; Ed Plowman (January 2016). Collective Knowledge: Towards R&D Sustainability. Proceedings of the 2016 Design, Automation & Test in Europe Conference & Exhibition (DATE). Retrieved 14 September 2016.
  3. ^ Ed Plowman; Grigori Fursin, ARM TechCon'16 presentation "Know Your Workloads: Design more efficient systems!"
  4. ^ Artifact Evaluation for computer systems' conferences
  5. ^ EU TETRACOM project to combine CK and CLSmith (PDF)
  6. ^ Artifact Evaluation Reproduction for "Software Prefetching for Indirect Memory Accesses", CGO 2017, using CK
  7. ^ GitHub development website for CK-powered Caffe
  8. ^ Open-source Android application to let the community participate in collaborative benchmarking and optimization of various DNN libraries and models
  9. ^ a b Fursin, Grigori; Abdul Memon; Christophe Guillon; Anton Lokhmotov (January 2015). Collective Mind, Part II: Towards Performance- and Cost-Aware Software Engineering as a Natural Science. Proceedings of the CPC 2016.
  10. ^ Online demo of a unified CK AI API