Community

Web shortcut: http://cTuning.org/community

You can use the following 2 mailing lists to introduce yourself, communicate with the cTuning community, send announcements and discuss developments and research:

cTuning community mailing lists:

• cTuning discussions - use this potentially high-volume list for cTuning R&D discussions. If your message relates to one of the following topics, specify it in the square brackets in Subj when posting to this mailing list:
  • [cTuning] - General cTuning discussions
  • [cTools] - General cTools discussions
    • [ICI] - Interactive Compilation Interface (Collaborative Interactive & Research Compilers)
    • [CCC] - Continuous Collective Compilation Framework
    • [cBench] - Collective Benchmark
    • [UNIDAPT] - Universal Adaptation Framework
    • [cArch] - Collaborative Architecture Simulation Platform
    • [cVirt] - Collaborative Virtualization Platform
  • [cDatabase] - General cDatabase discussions
  • [cResearch] - General cResearch discussions

• cTuning announcements - use this low-volume list to send brief announcements related to cTuning activities

Note:keep in mind that these are open public mailing lists - everyone can read your messages!

Everyone is welcome to join cTuning community (and quickly self-register at this website) if you share our vision on collaborative R&D and would like to :

• use cTools for your R&D
• share, rank and reference interesting optimization cases using COD
• provide news, feedback or actively participate in this collaborative effort
• extend cTools, cResearch and propose new collaborative R&D projects for the cTuning community.

We hope that this community effort will help to:

• deliver better performance on all existing and emerging single-core and heterogeneous multi-core architectures (ranging from supercomputers to embedded systems)
• boost innovation in compiler, OS and architecture technology
• provide novel adaptive mechanisms for heterogeneous, reconfigurable multi-core systems and emerging technologies such as cloud computing
• simplify program and architecture design and optimization
• reduce system cost
• will eventually have a positive effect on science and industries that demand ever-increasing computing resources while placing strict requirements on systems.