In their recent paper, Wireless NoC for VFI-enabled multicore chip design: performance evaluation and design trade-offs, researchers from Carnegie Mellon's Department of Electrical and Computer Engineering and Washington ...
Electronics & Semiconductors
Mar 29, 2016
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1032
In today's computers, moving data to and from main memory consumes so much time and energy that microprocessors have their own small, high-speed memory banks, known as "caches," which store frequently used data. Traditionally, ...
Computer Sciences
Sep 13, 2013
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0
Dynamic programming is a technique that can yield relatively efficient solutions to computational problems in economics, genomic analysis, and other fields. But adapting it to computer chips with multiple "cores," or processing ...
Computer Sciences
Nov 7, 2016
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22
Computer chips keep getting faster because transistors keep getting smaller. But the chips themselves are as big as ever, so data moving around the chip, and between chips and main memory, has to travel just as far. As transistors ...
Computer Sciences
Feb 19, 2014
1
0
Most computer chips today have anywhere from four to 10 separate cores, or processing units, which can work in parallel, increasing the chips’ efficiency. But the chips of the future are likely to have hundreds or even ...
Computer Sciences
Apr 13, 2012
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0
Computer chips' clocks have stopped getting faster. To maintain the regular doubling of computer power that we now take for granted, chip makers have been giving chips more "cores," or processing units. But how to distribute ...
Computer Sciences
Feb 23, 2011
4
0
From smart phones to medical equipment, embedded processors are everywhere and getting increasingly more powerful. One University of Houston (UH) professor's work with Texas Instruments (TI) is making it easier to develop ...
Computer Sciences
Aug 6, 2010
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0
