RAID: High-Performance, PETER Department University Reliable Secondary Storage M. CHEN of Electr~cal of Michigan, Engineering Ann Arbor, and Computer Sctence, 1301 Beal Avenue, Michigan, 48109-2122 EDWARD DECSystems K. LEE Research Center, 130 Lytton Avenue. Palo Alto, California 94301-1044 GARTH School Pittsburgh, A. GIBSON Sctence, Carnegie Mellon University, 5000 Forbes Aven ue, Pennsylvania 15213-3891 of Computer RANDY Department University H. KATZ of Electrical of California, Engineering Berkeley, and California Computer 94720 Sctence. 571 Evans Hall, DAVID Department University A. PATTERSON of Electrical of Cahfornia, Engineering Berkeley, and California Computer 94720 Science, 571 Euans Hall, Disk disks most disk First, arrays major arrays the were proposed aggregate in the 1/0 1980s as a way to use parallelism Today article they gives appear between in the product and future multiple lines work. have of of to improve performance. This computer article disk manufacturers. a framework disk performance arrays: striping reliability. (Redundant cost, topics algorithms bibliography a comprehensive current driving the disks forces overview that and provides introduces arrays: in which to organize technology and reviews multiple the article popularized techniques and architectures, compares research describes research, Categories performance and reliability. across Next, Arrays reliability. as refining to maintain of disk [Input/
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RAID: high-performance, reliable secondary storage
Chen, Peter M.; Lee, Edward K.; Gibson, Garth A.; Katz, Randy H.; Patterson, David A.
Follow ACM Computing Surveys (CSUR)
, Volume 26 (2)
Association for Computing Machinery – Jun 1, 1994
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