View Document Preview and Link Document Date: 2011-03-27 21:03:30 Open Document File Size: 1,97 MB Share Result on Facebook
City Rochester / / Company IBM / 8Q 2 Plc / P 2 Plc / / Currency pence / / / Facility Michael L. Scott Computer Science Department University of Rochester Rochester / dance hall / University of Maryland / / IndustryTerm trace-driven dynamic programming algorithm / interconnection network / erent processors / distinct processors / software policies / partial solution / on-line policy / distributed memory systems / per-processor / particular processor / coherence protocol / virtual memory systems / search space / tractable algorithm / multiprocessor memory management / software-controlled page migration / / Organization University of Maryland / National Science Foundation / Institute for Advanced Computer Studies / National Aeronautics and Space Administration / Michael L. Scott Computer Science Department University of Rochester Rochester / / Person Michael L. Scott / William J. Bolosky / / Position application programmer / / ProvinceOrState Maryland / / Technology erent processors / one processor / particular processor / coherence protocol / MIN algorithm / tractable algorithm / trace-driven dynamic programming algorithm / simulation / virtual memory / Parallel Processing / / SocialTag 
Tech. Rep[removed]Evaluation of Multiprocessor Memory Systems Using O -Line Optimal Behavior3 William J. Bolosky and Michael L. Scott Computer Science Department