| Document Date: 2009-10-11 10:48:46
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Company Ask.com / Google / / Currency USD / / / Event Reorganization / / IndustryTerm volunteer computing system / limited aggregated network / local area network / volunteer computing node trace / 970FX processors / volatile volunteer computing environments / software/hardware / multi-core processors / typical volunteer computing frameworks / large-scale parallel data processing / desktop grid systems / data scheduling algorithms / high-throughput computing / energy / target applications / production volunteer computing systems / volunteer computing environment / speculative algorithm / ad-hoc storage solutions / volunteer computing platforms / parallel data processing / given volunteer computing system / dedicated computing resources / enterprise volunteer computing system / replication throttling algorithm / speculative task schedul35 ing algorithm / dedicated computing environments / volunteer computing systems / volunteer computing nodes / differentiated replication/data-serving services / web search data / computing / volunteer computing environments / emulated volunteer computing system / generated using tools / production volunteer computing system / storage services / / OperatingSystem GNU/Linux / / Organization Science and Mathematics Division / Supercomputing Center / Virginia Tech / Department of Computer Science / North Carolina State University / / Person MOON D ESIGN / Jeremy Archuleta / V. MOON TASK / Mark Gardner / / Position representative / scheduler / / Product MapReduce / / ProgrammingLanguage Java / / Technology virtual machine / LAN / bioinformatics / MOON scheduling algorithm / Linux / dual 2.3GHz PowerPC 970FX processors / sliding window-based algorithm / scheduling algorithm / Quality of Service / Hadoop speculative task schedul35 ing algorithm / Ethernet / Java / replication throttling algorithm / two-phase scheduling algorithm / two technologies / data scheduling algorithms / two-phase algorithm / /
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MOON: MapReduce On Opportunistic eNvironments Heshan Lin∗ , Jeremy Archuleta∗ , Xiaosong Ma†‡ , Wu-chun Feng∗