GPU / Sony / Large-Scale Distributed Systems / Kendall / Springer Science-Business Media Inc. / /
Country
Japan / United States / Brazil / / /
Event
Product Issues / /
Facility
University of Joseph Fourier / University of California / /
IndustryTerm
Internet-distributed systems / universal law / Internet-distributed system / residential broadband networks / file sharing systems / word processing / stochastic scheduling algorithms / software infrastructure / distributed computing platforms / volunteer distributed computing / public-resource computing / heterogeneous systems / Internet-distributed platforms / Internet-distributed / typical volunteer computing systems / faulty hardware / parallel applications / commodity computing components / wide-area distributed systems / volunteer computing projects / volunteer computing systems / software stacks / berkeley open infrastructure / possible standard tools / network computing / volunteer computing environments / /
Organization
UC Berkeley / University of Joseph Fourier / University of California at Santa Barbara / /
Person
D.P. Anderson / Kenichi Hagihara / Eric Martin Heien / Charles Elkan / Rich Ulrich / Zhiao Shi / Noriyuki Fujimoto / Eric Heien / Erik Saule / Abhishek Chandra / Jean-Marc Vincent / Jon B. Weissman / Bahman Javadi / David P. Anderson / Mukesh Nathan / Derrick Kondo / John R. Douceur / Artur Andrzejak / Jack Dongarra / Jason D. Sonnek / Emmanuel Jeannot / Joseph Fourier / /
Mining for Statistical Models of Availability in Large-Scale Distributed Systems: An Empirical Study of SETI@home Bahman Javadi∗ , Derrick Kondo∗ , Jean-Marc Vincent† , David P. Anderson‡ ∗ INRIA, France