| Document Date: 2003-03-27 14:16:50
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City San Antonio / Ithaca / Sbus / / Company Intel Corporation / U-Net / HP / / Country United States / / / Facility U-Net port ID / Computer Science Cornell University / U-Net port / port IDs / port ID / / IndustryTerm sample sort algorithm / programmable co-processors / into existing networks / host processor / queue management / low-latency communication protocols / parallel computing / network file systems / driver services / parallel languages and distributed algorithms / legacy networks / network technology / distributed computing / network interface co-processors / programmable co-processor / software fault-tolerance protocols / appropriate processor / commodity interconnection network / large-scale distributed and parallel computing systems / attractive network technologies / cluster computing / dedicated co-processor / on-board processor / software data structures / i960 processor / network interface co-processor / user applications / slow network interface co-processor / actual hardware / possible using off-the-shelf hardware / user-level network architecture employing off-the-shelf hardware / commodity networks / software layers / computing / low processor / shared-medium network / i960 co-processor / exponential backoff algorithms / co-processor / in-kernel networking layers / mature technology / protocol processing / / MarketIndex ASX 200 / ATM / / OperatingSystem UNIX / SunOS / Linux / / Organization Sloan Foundation / Cornell University / / Person Chi-Chao Chang / Padma Venkataramanan / Donald Becker / Grzegorz Czajkowski / Thorsten von Eicken / Anindya Basu / Matt Welsh / / Position driver / Linux kernel driver / device driver / operating system scheduler / Ethernet controller / / Product J-1866 / C-0224 / / ProgrammingLanguage Split-C / / ProvinceOrState Texas / New York / / Technology low-latency communication protocols / full-duplex / RAM / Fast Ethernet / two attractive network technologies / Linux / UNIX / on-board processor / slow network interface co-processor / SONET / programmable co-processors / mature technology / MAC address / i960 co-processor / network interface co-processors / ATM / MTU / operating system / sample sort algorithm / half-duplex / packet-switched / software fault-tolerance protocols / two networking technologies / programmable co-processor / Ethernet / host processor / IP routers / appropriate processor / dedicated co-processor / flow control / network interface co-processor / Ethernet system / i960 processor / exponential backoff algorithms / virtual memory system / 1500 5 Parallel Algorithm / virtual memory / local router / network technology / /
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ATM and Fast Ethernet Network Interfaces for User-level Communication Matt Welsh, Anindya Basu, and Thorsten von Eicken {mdw,basu,tve}@cs.cornell.edu Department of Computer Science Cornell University, Ithaca, NY 14853, U