| Document Date: 2015-04-29 10:31:17
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City Washington / DC / New York / Carlisle / A. Rogers / / Company AMD / / Country United States / / Facility Cellular Disco / / IndustryTerm typical multicore hardware / thread clustering algorithms / multicore processors / distributed-shared memory systems / multi-core web server / commodity multicore processors / dsm systems / object-based parallel programming language systems / bank / shared-memory hardware / communications systems / Software caching / similar operating systems / Web server / directory search / memory multiprocessor applications / page migration algorithms / / OperatingSystem Linux / L3 / / Organization National Science Foundation / MIT / / Person Silas Boyd-Wickizer / M. Kozuch / V / Robert Morris / / Position default systemwide scheduler / the O2 scheduler / O2 scheduler / scheduler / thread-based scheduler / practical O2 scheduler / programmer / / ProgrammingLanguage Java / C / Python / / ProvinceOrState New York / / Technology Family 10h Processors / RELIMINARY EVIDENCE processor / page migration algorithms / O2 scheduling algorithm / Java / Linux / thread clustering algorithms / commodity multicore processors / caching / Perl / Improving processor / multicore processors / shared memory / operating systems / 2 GHz Opteron chips / same chip / Web server / CMP / / URL http /
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Reinventing Scheduling for Multicore Systems Silas Boyd-Wickizer, Robert Morris, M. Frans Kaashoek (MIT) A BSTRACT cache in other cores, but if the application stays on one