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Cache algorithms / Paging / Cache / Working set / Page fault / Memory management / Clock with Adaptive Replacement / Virtual memory / Computer memory / Page replacement algorithm


Document Date: 2006-09-30 12:22:22

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Company

VM / Los Alamos National Laboratory / Architecture Laboratory / /

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Event

Natural Disaster / /

Facility

Computer Science Department College of William / /

IndustryTerm

recency-based replacement algorithms / scientific computation applications / buffer cache replacement algorithm / replacement algorithms / well-recognized low-cost and simple replacement algorithm / replacement algorithm / file server / file systems / memory systems / unimplementable replacement algorithm / candidate algorithms / search engine / page replacement algorithm / /

OperatingSystem

Unix / FreeBSD / Linux / Microsoft Windows / GNU / /

Organization

College of William and Mary / USENIX Annual Technical Conference USENIX Association / USENIX Association / /

Person

Xiaodong Zhang / Mary Williamsburg / /

Position

representative / hand forward / forward / head / list head / /

ProgrammingLanguage

C / PostScript / /

ProvinceOrState

Manitoba / New Mexico / /

Technology

page replacement algorithm / LIRS algorithm / Unix / Linux / recency-based replacement algorithms / promising candidate algorithms / LRU algorithm / paging / CLOCK algorithm / replacement algorithms / search engine / caching / PERL / LRU replacement algorithm / simulation / operating system / virtual memory / unimplementable replacement algorithm / cycle-level simulator Protocol / shared memory / operating systems / network file system / replacement algorithm / I/O buffer cache replacement algorithm / /

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