Los Alamos National Laboratory / Network Appliance / Mass Storage Systems / Interconnection Networks / The MIT Resilient Overlay Networks / E. L. Miller D. D. / EMC / Resilient Overlay Networks / Lawrence Livermore National Laboratory / Cluster File Systems Inc. / IBM Corporation / Veritas / Hewlett-Packard Laboratories / Sandia National Laboratory / B. Hong S. A. / Intel / Microsoft / T. J. Schwarz D. D. / / /
Facility
College Park / Santa Clara University / University of California / /
IndustryTerm
fault-tolerant routing algorithms / speed storage area network / storage devices / parallel computing architecture / performance computing / largescale systems / target devices / server router / software failure / multi-stage butterfly network / storage device / commodity devices / petabytescale storage systems / business value solution / targeted storage devices / adaptive network routing protocol / parallel file systems / Internet network / large storage systems / tolerant networks / target device / large storage networks / storage network / storage solutions / large routers / larger scale storage networks / local-area networks / target storage device / bandwidth storage network / replica placement algorithms / large-scale storage systems / fails router / storage systems / butterfly networks / much larger scale storage networks / petabyte-scale storage systems / butterfly network / petabyte-scale high-performance storage systems / connected multicomputer systems / wormhole networks / ever-larger data storage systems / large scale scientific computing applications / /
OperatingSystem
Linux / /
Organization
Santa Cruz Engineering Department / MIT / Department of Energy / University of California / Santa Cruz / Storage Systems Research Center / Santa Clara University / National Aeronautics and Space Administration / /
Person
Curtis Anderson / Qin Xin / Darrell D. E. Long / Ethan L. Miller / /
Impact of Failure on Interconnection Networks for Large Storage Systems Ethan L. Miller† [removed] Qin Xin† [removed]