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The University of California, Berkeley, and the University of Illinois at Urbana-Champaign will be the recipients of $20 million in research grants from Microsoft and Intel over the next five years to further the use of multicore chips, the four said today. On the conference call […]

The University of California, Berkeley, and the University of Illinois at Urbana-Champaign will be the recipients of $20 million in research grants from Microsoft and Intel over the next five years to further the use of multicore chips, the four said today. On the conference call detailing the funds and unveiling computing research centers on each school’s campus, we got to hear about all the whiz-bang consumer applications that parallel computing will enable such as personal health monitors and the ability to create a digital personal assistant that resides on a cell phone.

Multicore chips are comprised of two or more CPUs on a single chip. To take advantage of multiple cores, software must be written in such a way that instructions can be split up and delivered to each core at the same time. On the call, researchers from Intel and Microsoft asked researchers to develop software that will be able to better take advantage of the multicore chips that currently reside in servers and in gaming consoles, and are destined for even more devices.

The push to take multicore architecture into a myriad of consumer devices, from laptops to cell phones, also signals a shift in the chip industry’s focus on Moore’s Law, which states that the number of transistors on a chip doubles every 18 months, to the idea of putting more chips to work as a way to increase speed. The researchers on the conference call proposed that Moore’s Law could accelerate as a result of parallel computing, which is true as long as we tweak the law to allow for more transistors on more chips. Maybe we should call it the More Law.

  1. [...] Microsoft si Intel ofera 20 milioane dolari pentru soft multi-core. Pai e si normal, daca am ajuns sa avem 8 procesoare si softul a ramas la stadiul de a folosi numai [...]

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  2. [...] interest is VirtualLogix’s ability to take software written for single-core chips and run it on multicore chips by virtualizing the multicore hardware. Multicore chips aren’t in phones right now, but given [...]

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  3. [...] Otherwise the promise of performance is just a promise, which is why Microsoft and Intel recently pledged $20 million to two universities trying to figure out an easy way to translate the billions of lines of code into an instruction set [...]

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  4. [...] Otherwise the promise of performance is just a promise, which is why Microsoft and Intel recently pledged $20 million to two universities trying to figure out an easy way to translate the billions of lines of code into an instruction set [...]

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  5. [...] Foundation’s TeraGrid, a shared high-performance computing program. He is also involved in Microsoft’s partnership with Intel to develop software for multicore computers. The result of the Cloud Computing Futures research will be put into practice at Microsoft’s [...]

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  6. [...] has been tackling these issues with its investment into university research into multicore programming; it’s been conducting its own research into energy efficiency as well. Tremblay is [...]

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