| Document Date: 2001-02-12 09:24:08
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City Vancouver / / Company IBM / Target / / Currency pence / / / Facility O Bridge I/O Bridge / / IndustryTerm compression algorithm / few applications / computer system hardware / design automation tool / large semiconductor chip / buddy algorithm / parallel compressiondecompression algorithms / compressed memory systems / compressed main memory hardware / software intervention / magnetic media / cost sensitive applications / software solution / memory hardware / compressed memory controller chip / software development / processor chip / / OperatingSystem Linux / Windows NT / L3 / / Organization Compressed Memory System Organization / / Position Prime Minister / T-MP / Compressed Memory Controller / L3 Cache/Compressed Memory Controller / MP / device driver / virtual memory manager / Linux virtual memory manager / memory controller / controller / Memory Manager / / ProgrammingLanguage FP / C / / ProvinceOrState Manitoba / British Columbia / / Technology parallel compressiondecompression algorithms / large semiconductor chip / compressed memory controller chip / Linux / compression algorithm / simulated chip / paging / SDRAM / processor chip / simulation / virtual memory / Operating System / shared memory / operating systems / 450 MHz Xeon processor / buddy algorithm / Lempel-Ziv algorithm / describing the simulated chip / /
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To appear in the Memory Wall Workshop to be held in conjunction with the 27th Ann. Int. Sym. On Computer Architecture (ISCA’2000) Vancouver, B.C., June 11, 2000. Operating System Support for Fast Hardware Compression o