HTTP / Digital Equipment Corp. / Network Appliance Inc. / University Jeffrey C. Mogul Digital Equipment Corp. / / /
Facility
University Ave. / Rice University / / /
IndustryTerm
typical event-driven server / origin server / identical hardware / protocol-processing layer / Web server throughput / linear search algorithm / Web proxy / search starts / Internet servers / protocol processing code / logarithmic-time algorithm / multiprocessor systems / event-driven Web server / process-perconnection systems / descriptor allocation algorithm / proxy software / Web servers / wide-area networks / proxy server / widearea networks / 21164A processor / eventdriven Internet servers / Web proxies / event-driven server / client systems / Web server / Web proxy system / memory management / protocol processing / linear search / /
OperatingSystem
UNIX / UNIX system / BSD / Solaris / System V Release / Digital UNIX / /
Organization
Rice University / Houston / Rice University / USENIX Association / Department of Computer Science / /
Person
Gaurav Banga / / /
Product
UNIX / Squid proxy server / Squid / /
ProvinceOrState
Louisiana / California / /
Technology
Alpha / LAN / RAM / logarithmic-time algorithm / UNIX / operating system / 21164A processor / WAN / little-endian / descriptor allocation algorithm / proxy server / UNIX system / caching / UNIX algorithm / linear search algorithm / Web server / /
The following paper was originally published in the Proceedings of the USENIX Annual Technical Conference (NO 98) New Orleans, Louisiana, June 1998 Scalable kernel performance for Internet servers under realistic loads