| Document Date: 2008-10-01 17:34:45 Open Document File Size: 1,77 MBShare Result on Facebook
Company GPU / CPU / Computer Graphics Laboratory / AMD / NVIDIA / Vertex / Intel / Microsoft / / Currency USD / / / Event Reorganization / Person Communication and Meetings / / Facility Computer Graphics Laboratory / stall T0 T1 T2 T3 / Stanford University / Upon T3’s stall / Pipeline Scheduling / Thread stalls / / IndustryTerm fixed-function processing / subsequent processing / stage processing / programmable processing components / hardware solutions / peak processing rates / fragment processing / software-programmable processing resources / non dataparallel algorithms / software developers / parallel processing / software interfaces / memory systems / simultaneous processing / programmable processing / graphics applications / high-throughput processing / versatile processor / multicore parallel computing architectures / topology primitive processing / graphics processing pipeline / throughput-computing techniques / hardware management / thread management / entity processing / stateful processing / graphics processor / computing / fixed-function hardware / Graphics systems / nongraphics applications / developers targeting software / multicore x86 systems / multicore processor / / Organization Stanford University / / Person Mike Houston / Kayvon Fatahalian / / Position VP / VP / PP / VP execution / graphics driver at runtime / graphics driver / VP / PP operation / Following vP / modern window manager / memory controller / VP results / programmer / / Product GeForce GTX 280GPU / / PublishedMedium ACM Queue / / RadioStation Core / / SportsLeague Stanford University / / Technology Broadband / multicore processor / API / versatile processor / Phenom processors / UltraSPARC T2 processor / load balancing / graphics processor / virtual memory / parallel processing / non dataparallel algorithms / /
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