Highlights
Getting started with multicore programming
What makes parallelizing C-code so hard? Apply lessons learned by practical programmers to successfuly deploy parallel systems using existing C/C++ environments. learn more
Parallel Programming Attack
It's the tool industry's obligation to address the issues associated with parallel programming. See Guest Editor David Stewart's commentary at embedded.com
Multicore Programming Practices Working Group
CriticalBlue and Intel are chairing a working group to develop a best practices guide for parallel programming. Read EETimes, EDN, SCDsource, or learn more from the Multicore Association.
MCA Technology Donation
CriticalBlue will contribute methodology research and a set of cookbook examples to the new MCA Multicore Programming Practices working group. learn more
Multicore Design
David Stewart presented "Transitioning Embedded Software Into A Parallel World" at Multicore Expo in Santa Clara, CA, April 3, 2008. learn more
MP3 & JPEG Case Studies
Case studies describing a fully reprogrammable 7MHz MP3 decoder and a high performance JPEG decoder are available. learn more
Analysis and implementation technologies that empower software and hardware teams to easily exploit system parallelism at all levels.
- Develop power efficient, high performance applications quickly, easily, and predictably
- Deliver high quality parallel software and optimized multicore architectures
- Leverage existing serial C/C++ code and current development environments
