| Document Date: 2007-09-18 08:29:19
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City Amsterdam / / Country Netherlands / / / IndustryTerm coupled hardware / traffic applications / system-area networks / local network / cache coherency protocol / search progresses / migration/replication protocols / bottom-up search / parallel search starting / designated local processor / conventional parallel applications / medium grain applications / uniform network / meta-computing projects / Wide-area systems / coarse grain hardware / conventional applications / numerical applications / cluster computing / parallel applications / coherency protocols / wide-area networks / large network / hardware coherence protocol / sender processor / multi-layer systems / conventional numerical applications / computing / appropriate other processor / wide-area network / nontrivial parallel applications / connected network / search space / / MarketIndex set 1500 / / OperatingSystem BSD/OS / BSDI / BSD / / Organization Division of Mathematics and Computer Science / / Person Comb Node / / Position local coordinator / local coordinator for p / coordinator / / ProgrammingLanguage Java / C / TSP / / Technology designated local processor / classic Floyd-Warshall algorithm / hardware coherence protocol / 8 processors / two processors / coherency protocols / ATM / designated processor / Barnes-Hut algorithm / operating system / shared memory / migration/replication protocols / TCP/IP / destination processors / cache coherency protocol / 4 processors / artificial intelligence / Java / 32 processor / DSM protocols / sender processor / ASP algorithm / simulation / 32 processors / / URL http /
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Sensitivity of Parallel Applications to Large Differences in Bandwidth and Latency in Two-Layer Interconnects Aske Plaat