| Document Date: 2007-04-16 17:46:01
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City Santa Fe / Seattle / Brighton / Bangalore / Pittsburgh / Atlanta / Melbourne / / Company Distributed Computing Systems / Next Generation Software / Climateprediction.net / Intel / Microsoft / Gilles Fedak2 1 Space Sciences Laboratory / / Country United Kingdom / India / / / IndustryTerm parallel computing / potential processing rate / public relations activity / Internet resources / unprecedented computing power / wireless connections / real time / high-energy physics / astrophysics applications / considerable processing power / backbone networks / Internet-connected computers / storage applications / Web-Based Volunteer Computing / volunteer computing projects / Data-intensive applications / still significant processing power / computing / typical volunteer computing project / Internet Measure / media coverage / redundant computing / volunteer computing / scientific computing / volunteer computing project / / MarketIndex CPU / Synthetic Systems Programming / / OperatingSystem SunOS / Bayanihan / XP / Linux / Darwin / Microsoft Windows / / Organization National Science Foundation / / Person Darwin SunOS / C. Germain / V / Matt Lebofsky / / Position Hunter / / ProgrammingLanguage Java / R / / ProvinceOrState New Mexico / Pennsylvania / Manitoba / / PublishedMedium The Computer Journal / Communications of the ACM / Lecture Notes in Computer Science / / Technology RAM / peer-to-peer / Linux / Operating system / operating systems / DSL / ISDN / Java / ISP / Simulation / Using Java / / URL http /
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The Computational and Storage Potential of Volunteer Computing David P. Anderson1 and Gilles Fedak2 1 Space Sciences Laboratory, U.C. Berkeley, [removed] 2