| Document Date: 2014-09-30 10:30:55
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City Redmond / Zurich / Phoenix / New York / / Company Hewlett-Packard / Quirks Hardware / Toshiba / ACM Inc. / Intel / Microsoft / / Country United States / / Currency USD / / / Event Product Issues / / Facility Penn Plaza / PCI bridge / Basic PCI Configuration Requirements Every bridge / / / IndustryTerm configuration algorithms / boot devices / ever-more-complex hardware / user-space services / software states / system start-up / nonbridge device / configuration management / allocation algorithm / declarative algorithm / real-world hardware / typical operating systems / start-up / possible solutions / leaf device / correct solution / system software / resource configuration algorithm / re-balancing algorithm / Driver software / packet processing / correct algorithm / hardware devices / systems software challenges / particular devices / fewest possible existing devices / configuration algorithm / imperative solution / commodity operating systems / hardware technology / unusable devices / logical device / descriptor management / / OperatingSystem Windows Vista / Linux / FreeBSD / Microsoft Windows / / Organization Department of Computer Science / / Person TIMOTHY ROSCOE / ADRIAN SCHUPBACH / ANDREW BAUMANN / SIMON PETER / / / Position programs and utilities General / Driver / PCI driver / additional driver / controller / / Product Section 4 / hardware information / / ProgrammingLanguage C / / ProvinceOrState Washington / New York / / Technology Alpha / configuration algorithm / correct algorithm / RAM / Linux / declarative algorithm / hardware technology / operating system / Operating Systems / configuration algorithms / re-balancing algorithm / PCI resource configuration algorithm / PCI configuration algorithm / / URL http /
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A Declarative Language Approach to Device Configuration ¨ ADRIAN SCHUPBACH, ANDREW BAUMANN, TIMOTHY ROSCOE, and SIMON PETER, ETH Zurich