'Stream processor' diaporamas de présentation

Lecture on High Performance Processor Architecture ( CS05162 )

Lecture on High Performance Processor Architecture ( CS05162 ). DLP Architecture Case Study: Stream Processor. Xu Guang xuguang5@mail.ustc.edu.cn Fall 2007 University of Science and Technology of China Department of Computer Science and Technology. Discussion Outline. Motivation

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Analysis and Performance Results of a Molecular Modeling Application on Merrimac

Analysis and Performance Results of a Molecular Modeling Application on Merrimac. Mattan Erez , Jung Ho Ahn, Ankit Garg, William J. Dally, Eric Darve (Stanford Univ.) Presented by Jiahua He. Content. Background Motivation Merrimac Architecture Application: StreamMD Performance Evaluation

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ECE 697F Reconfigurable Computing Lecture 19 Reconfigurable Coprocessors

ECE 697F Reconfigurable Computing Lecture 19 Reconfigurable Coprocessors. Overview. Focus on Processor and Array hybrids. Motivation Compute Models: how to fit into computation Examples: Garp, Prism, Remarc, OneChip, Prisc

517 views • 35 slides

Microblaze Performance Monitoring Engine

Microblaze Performance Monitoring Engine. Alex Burns ECE 631 April 25, 2005. Outline. Project description Microblaze performance Xilinx tools overview Microblaze implementation Performance monitoring Stream processing engine Implementation results. Description.

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Brook+

Brook+. Matthew Caylor. Introduction. AMD Stream Computing is a first step in harnessing the tremendous processing power the GPU (Stream Processor). high performance, data-parallel computing in a wide range of business, scientific and consumer applications.

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The Imagine Stream Processor Flexibility with Performance March 30, 2001

The Imagine Stream Processor Flexibility with Performance March 30, 2001. William J. Dally Computer Systems Laboratory Stanford University billd@csl.stanford.edu. Outline. Motivation We need low-power, programmable TeraOps The problem is bandwidth

287 views • 21 slides

The Imagine Stream Processor Flexibility with Performance March 30, 2001

The Imagine Stream Processor Flexibility with Performance March 30, 2001. William J. Dally Computer Systems Laboratory Stanford University billd@csl.stanford.edu. Outline. Motivation We need low-power, programmable TeraOps The problem is bandwidth

211 views • 21 slides