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City Supercomputing / New York / Madison / INRIA / / Company IBM / Cambridge University Press / Large-Scale Distributed Systems / Go / Case / Large Distributed Systems / MySQL / Intel / Capsicum Group / / Country Taiwan / Poland / France / United States / / Event Reorganization / / Facility University of California at Berkeley / / IndustryTerm realtime server-side task management / cluster computing machines / distributed computing applications / high low low Web / interactive parallel applications / online audio/video coding / carlo-based algorithms / guaranteed real-time execution / volunteer computing resources / real-time applications / grid computing platforms / biased search / above algorithm / real-time digital forensics / empirical law / software specification / real-time responses / real-time volunteer computing platform / target applications / min-max algorithm / guaranteed real-time performance / parallel applications / volunteer computing platforms / http / MarketIndex LINPACK / / NaturalFeature Fuego / / OperatingSystem Mac OS / Linux / Ubuntu / Microsoft Windows / GNU / / Organization Cambridge University / University of California / U.S. Securities and Exchange Commission / Computational Intelligence / US Federal Reserve / / Position coupon collector / queen / players Go Text Protocol Player / server manager / project-manager / chess player / player / admission controller / scheduler / / Product Fuego / BOINC / / ProvinceOrState Wisconsin / New York / California / / SportsEvent the 1972 world championship / / Technology alpha / above algorithm / randomized algorithm / Linux / chess engine algorithms / Operating system / monte-carlo-based algorithms / html / shared memory / DBMS / TCP/IP / Ethernet / artificial intelligence / server platform Platform detail Processor / http / Simulation / min-max algorithm / / URL http / SocialTag 
Towards Real-Time, Volunteer Distributed Computing Sangho Yi1 , Emmanuel Jeannot1 , Derrick Kondo1 , David P. Anderson2 1 INRIA, France, 2 University of California at Berkeley, USA Abstract