| Document Date: 2009-08-05 10:48:33
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City Intel Atom / / Company LinkedIn / Amazon / Sandisk / Netgear / Facebook / Intel / / Country United States / / Currency ZAR / USD / / Event FDA Phase / Reorganization / / Facility Carnegie Mellon University / Delete Store / BDB store / Data Store / / IndustryTerm network energy consumption / processor energy / energy-saving benefit / cache consistency protocol / wimpy processors / embedded applications / leave protocol / flash-based storage devices / Internet services / low-power data-intensive computing / flash devices / conventional disk-bound systems / attached flash devices / 3c2 devices / Large-scale data-intensive applications / superscalar quad-core processors / energy / block devices / highperformance key-value storage systems / energy consumption / wireless routers / query-rate applications / raw flash chips / measure energy-efficiency / front-end protocol / improved power scaling technology / less energy / energy efficiency / data-intensive computing workloads / request processing / Client applications / hash chaining search / energy proportionality / well-matched cluster systems / / OperatingSystem Linux / / Organization Carnegie Mellon University / / Person Rand Read / / Position manager / system designer / head / play-forward / major Internet services / / Product CompactFlash devices / KV / KV system / CompactFlash / KV Interfaces / E1 / C1 / / ProgrammingLanguage Joule / / ProvinceOrState Manitoba / / Technology RAM / Linux / API / random access / Operating Systems / Operating processors / leave protocol / cache consistency protocol / Ethernet / DDR SDRAM / flash memory / front-end protocol / Join protocol / improved power scaling technology / raw flash chips / caching / wireless routers / flash / /
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FAWN: A Fast Array of Wimpy Nodes David G. Andersen1 , Jason Franklin1 , Michael Kaminsky2 , Amar Phanishayee1 , Lawrence Tan1 , Vijay Vasudevan1 1 Carnegie Mellon University, 2 Intel Labs