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Software / Andrew File System / Server / Inode / Distributed File System / File system / Cache / Client–server model / Novell NetWare / Network file systems / Computing / System software


Scale and Performance in a Distributed File System JOHN H. HOWARD, MICHAEL L. KAZAR, SHERRI G. MENEES, DAVID A. NICHOLS, M. SATYANARAYANAN, ROBERT N. SIDEBOTHAM, and MICHAEL J. WEST
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Document Date: 2009-12-29 17:31:13


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File Size: 2,27 MB

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City

Pittsburgh / /

Company

IBM RT / Andrew / AT&T Bell Laboratories / IBM Corporation / /

Currency

USD / BSD / /

Facility

Carnegie Mellon University / /

IndustryTerm

loaded timesharing systems / distributed computing environment / client/server / file systems / optimized bulk transfer protocol / local tile systems / server site / optimized protocol / /

OperatingSystem

UNIX / Berkeley Software Distribution / BSD / /

Organization

National Science Foundation / Loud Unit / Association for Computing Machinery / Department of Computer Science / Carnegie Mellon University / /

Person

Jerry Saltzer / MICHAEL L. KAZAR / ROBERT N. SIDEBOTHAM / MICHAEL J. WEST / DAVID A. NICHOLS / SHERRI G. MENEES / /

/

Position

Operating General / representative / /

Product

UNIX / /

ProvinceOrState

Pennsylvania / /

Technology

UNIX / UNIX operating system / operating system / Operating Systems / independently optimized protocol / paging / caching / virtual memory / client/server / optimized bulk transfer protocol / /

SocialTag