| Document Date: 2011-03-14 15:44:46
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City Pittsburgh / Bangalore / Condor / Tsukuba / / Company Dell / ORSA Journal / Distributed Systems / Large Distributed Systems / NVIDIA / GPU / / Country Japan / United States / India / / / Facility Emulating Volunteer Computing Scheduling Policies David P. Anderson University of California / / IndustryTerm web interface / memory-intensive applications / share accounting / dataintensive applications / local and global resource-share accounting / software platform / server software / aggregate processing resources / less processing time / client software / resource-share accounting / Local accounting / resource-share accounting policy / consumer digital infrastructure / software developers / mass-market devices / web form / computing / generalpurpose computing / wasted processing / communication networks / volunteer computing / scientific computing / software development / / Organization Anderson University / University of California / Berkeley / / Person Derrick Kondo / Remi Bertin / Jean-Marc Vincent / Bahman Javadi / Brent Rood / Arnaud Legrand / Michela Taufer / Silvano Martello / Corinne Touati / Michael J. Lewis / David P. Anderson / / Position model an additional scheduling policy / scheduler / controller / / ProgrammingLanguage php / / ProvinceOrState California / / RadioStation WRR / / Technology alpha / smart phones / simulation / operating system / Identical Parallel Processors / video RAM / / URL http /
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Emulating Volunteer Computing Scheduling Policies David P. Anderson University of California, Berkeley Abstract Volunteer computing systems such as BOINC use