| Document Date: 2015-03-27 16:16:57
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City Rappoport / Farmington / / Company Designing Scalable Software / / Country United States / / IndustryTerm software transactional memory / disjointaccess-parallel memory systems / multicore processors / systems software / shared-memory multicore processor / software starting / shared abstractions using distributed systems / updates during faults and network / multicore software / software interfaces / coherence protocol / memory systems / symbolic execution systems / software interface / design-level solutions / software development / / OperatingSystem Unix / Linux / Unix-like / Microsoft Windows / POSIX / / Organization Harvard University / MIT / / Person Nickolai Zeldovich / M. Frans Kaashoek / A NALYZER / Paul McKenney / Eddie Kohler / Austin T. Clements / Robert T. Morris / C OMMUTER / / Position author / owner/author / model / system designer / Implementation Python model / symbolic model / simplified model / interface model / / ProgrammingLanguage Python / / ProvinceOrState Pennsylvania / / Technology shared memory system / Unix / Linux / API / shared-memory multicore processor / MESI-like protocol / coherence protocol / virtual memory system / multicore processors / virtual memory / operating system / shared memory / operating systems / / URL http /
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The Scalable Commutativity Rule: Designing Scalable Software for Multicore Processors Austin T. Clements, M. Frans Kaashoek, Nickolai Zeldovich, Robert T. Morris, and Eddie Kohler† MIT CSAIL and † Harvard University