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Posts with tag parallel processing

Intel and Microsoft fund $20M grant to reinvent computing: where do you want to go tomorrow?

Although both Microsoft and Intel's R&D departments have been responsible for some nifty futuristic tech, the two companies got together last week and announced a $20M grant to two universities to "start over" and develop next-gen computing systems based around parallel processing. The grant will fund Universal Parallel Computing Research Centers at UC -Berkeley, which is kicking in another $7M, and the University of Illinois at Champaign / Urbana, which is donating $8M of its own. According to Mark Snir, head of the UIUC lab, the goal is to find a way to make "parallelism so easy to use that parallel programming becomes synonymous with programming" -- an increasingly important priority as current multi-core processors aren't necessarily being fully utilized, and 100-core processors aren't far off. That leads us to wonder: what to do with all that newly-unlocked processing power? Virtual-reality Facebook? Real-time visual augmentation? Finally being able to run Crysis? We know you've got ideas -- sound off in comments!

[Thanks, Luke]

Researchers tout breakthrough in single chip parallel processing


Researchers at the University of Maryland's A. James Clark School of Engineering have developed a prototype of what they say could be the "next generation" of personal computers, one that's apparently 100 times faster than current desktop PCs. That considerable feat was made possible though the use of parallel processing on a single chip, in this case, cramming 64 processors onto a circuit board the size of a license plate. Just as importantly, the researchers also developed the necessary software to ensure all that computing muscle gets along, which they say makes the system "feasible for general-purpose computing tasks" for the first time. They don't appear to be content with things just yet though, saying that the same principles could one day be applied to systems with 1,000 processors on a chip the size of a finger nail.



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