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Telecommunications engineering / Computer networking / Cross-platform software / Structured storage / Remote direct memory access / Scalability / Memcached / Blue Gene / Computer network / Computing / System software / Local area networks


Providing a Cloud Network Infrastructure on a Supercomputer Jonathan Appavoo¶
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Document Date: 2010-05-10 09:13:56


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Heidelberg / Portland / Stevenson / New York / Leuven / San Diego / /

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Distributed Systems / First European Systems / Facebook / J. Xenidis D. D. / Rossum A. S. / Aster Data Inc. / IBM / Amazon / LiveJournal / Rackable / Microsoft / /

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France / Germany / Belgium / United States / Greece / /

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R. Pike / Bryan Rosenburg† Eric Van Hensbergen† Jan Stoess§ Robert Wisniewski† Udo Steinberg‡ Boston University / University of California / Karlsruhe Institute of Technology / University of Toronto / /

IndustryTerm

netperf server / physical network / communication sensitive applications / diverse systems software / performance computing / performance computing workshop / tree search / web applications / scientific applications / cross-processor / torus network / local-area network / cloud computing systems / coupled software systems / converged hardware / software implementations / virtual networks / storage infrastructure / elastic cloud infrastructure / multi-processor systems / cloud computing offerings available today / resource management / Platform virtualization software / prototype general-purpose networking / driver infrastructure / node software / cloud applications / tree-based search algorithm / large-scale web-based services / system software / user-controlled communications groups / synchronization server / appropriate supercomputer software infrastructure / communication services / responsible server / torus device / software stack / systems software / real network devices / batch-scheduling systems / utility computing model / user applications / data center network / communication hardware / software models / optimized software / Virtual private network / cloud computing infrastructures / long collision chain / management software / generic computing platform / performance-sensitive applications / grid computing / communication protocols / software intervention / computing / open and closed software stacks / exploited specialized infrastructure / communication networks / commodity system software / management infrastructure / scientific computing / protocol processing / cloud-like networking layer / commodity software stack / quad-core processor / hybrid supercomputer software infrastructure / task computing / highend network infrastructure / cloud system hardware / supercomputer hardware / homogeneous consolidated high performance network / interconnect networks / threedimensional torus network / Internet services use / switch infrastructure / performance applications / elastic computing / higherlevel protocols / application-specific protocols / collision chain / supercomputer infrastructure / non-standard communications networks / system-on-a-chip / collective network / cloud systems / legacy applications / commodity switching hardware / external networks / Internet-scale environments / arbitrary software / internet applications / communications protocols / arbitrary protocols / node software acts / cloud infrastructure / datacenter networks / wide-area networks / direct hardware / systems software environments / packet processing / torus interconnection network / storage systems / software environment / software stacks / massive communication infrastructure / products targeting cloud computing / wire protocols / functional systems / software infrastructure perspective / user-level networking / commodity operating systems / double-check algorithm / large-scale peer-to-peer systems / cloud computing / virtualization software / homogeneous interconnect technology / /

OperatingSystem

UNIX / Linux / K42 / Mosix / /

Organization

Ethernet Maximum Transmission Unit / TCP UDP / Institute of Technology / Boston University / Technische Universität Dresden / University of California / Berkeley / IEEE Computer Society / University of Toronto / EECS Department / /

Person

External Ethernet / Jonathan Appavoo¶ Amos Waterland / J. Appavoo / V / Volkmar Uhlig / Link External Torus (Eth) / Jan Stoess§ Robert Wisniewski / Amos Waterland† Dilma Da / S. Radhakrishnan / V / /

Position

Head / Linux scheduler / Hardware Collective driver / Network operating systems General / representative / cloud cluster network model / driver / low-level device driver / underlying driver / DDR2 memory controller / controller / /

Product

MicroSliceTM / Linux / /

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C++ / /

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New York / Washington / California / /

PublishedMedium

Linux Journal / Plan9 / /

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RAM / double-check algorithm / communications protocols / Linux / IP protocols / operating system / higherlevel protocols / tree-based search algorithm / shared memory / wire protocols / Maximum Transmission Unit / VPN technology / application-specific protocols / virtual machine / LAN / comparatively homogeneous interconnect technology / peer-to-peer / UNIX / VPN / MAC address / P2P / TCP/IP-based protocol / system-on-a-chip / MTU / UDP / operating systems / TCP/IP / IP protocol / pdf / Ethernet / Storage Area Network / http / paging / caching / communication protocols / two-phase protocol / caching system / Parallel Processing / SCSI / network protocols / /

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