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Computer storage media / Information science / Standard RAID levels / Disk storage / Disk buffer / Disk formatting / Solid-state drive / Backup / Nested RAID levels / RAID / Computing / Computer hardware


Chapter 1 A Case for Redundant Arrays of Inexpensive Disks (RAID) DAVID A. PATTERSON, GARTH GIBSON,
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Document Date: 2004-02-16 23:56:21

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File Size: 2,84 MB

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Reading / /

Company

Conner Peripherals / IBM / Fujitsu / Maxtor / Computer Sciences / Thinking Machines Incorporated / Conners & Associates / MTTF Group / MTTFGroup / /

Currency

AMD / USD / /

Facility

Evans Hall University of California Berkeley / /

IndustryTerm

transaction processing systems / topof-the-line product / magnetic disk technology / supercomputer applications / software implementations / mechanical devices / transaction processing system / sense in systems / years ago transistors/chip / transaction-processing system / summary supercomputer applications / transaction processing / memory technologies / disk technology / space-time product / partial groups / interface chip / supercomputer manufacturers / data processing system / redundant chips / memory chips / software solutions / transaction-processing systems / /

MusicGroup

G / /

OperatingSystem

L3 / /

Organization

University of California / Evans Hall University / Spreading Chapter / AND RANDY H. KATZ Computer Science Division Department of Electrical Engineering and Computer Sciences / MTTF RAID / /

Person

Gene Amdahl / DAVID A. PATTERSON / RANDY H. KATZ / Bill Joy / Gordon Bell / Gordon Moore / GARTH GIBSON / /

Position

disk controller / disk-head / mainframe controller / embedded controller / controller / /

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C * / /

ProvinceOrState

Oregon / Manitoba / California / /

Technology

semiconductor / alpha / memory technologies / disk technology / 20 years ago transistors/chip / I/O protocol / RAID system / same SCSI interface chip / SRAM technology / memory chips / RAID / 10 Magnetic disk technology / magnetic disk technology / paging / SCSI / 64 chips / /

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