| Document Date: 2011-04-01 15:39:44
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Company Microsoft Corporation / / / Facility Computer Science University of Rochester Rochester / / IndustryTerm metal sheet / explicit communication management / fault-tolerant distributed shared memory systems / possible network / coherence protocols / fault-tolerant protocol / virtual memory hardware / coherence protocol / memory systems / earlier self-reliant protocols / update protocol / on commodity networks / transactional virtual memory systems / consistency protocol / software coherence / fault-tolerant systems / user applications / fault-tolerant lazy release consistency protocol / native parallel applications / bus architecture network / self-reliant fault-tolerant protocol / parallel processing environment / remote processors / operation system software / consistency models/protocols / approximate solutions / test applications / reasonable systems / / NaturalFeature Memory Channel / / OperatingSystem VMs / / Organization National Science Foundation / UC Berkeley / Computer Science University of Rochester Rochester / US Federal Reserve / / Person Galen Hunt / Latency Memory / / Position disk controller / Programmer / / Product Microsoft Corporation Portable Audio Device / / ProvinceOrState New York / / Technology shared memory system / earlier self-reliant protocols / sharing processors / fault-tolerant lazy release consistency protocol / appbt em3d em3d sor sor water water Processors / fault-tolerant DSM protocol / acquiring processor / self-reliant fault-tolerant protocol / ATM / LRC protocol / UDP / shared memory / releasing processor / consistency protocol / coherence protocols / Ethernet / 0.19 1.21 3.21 279 473 437 40 316 653 Protocol / two DSM protocols / fault-tolerant protocol / ATM Packet Start Latency ATM Packet Size ATM Packet Overhead ATM Bandwidth Ethernet Protocol / one processor / update protocol / consistency models/protocols / DSM protocol / DSM protocols / coherence protocol / simulation / virtual memory / sequential consistency / 32 processors / parallel processing / /
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Tech. Rep[removed]Using Peer Support to Reduce Fault-Tolerant Overhead in Distributed Shared Memories Galen C. Hunt Michael L. Scott y