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Fault-tolerant computer systems / Error detection and correction / Coding theory / Reliability engineering / Parity bit / Data corruption / RAM parity / Erasure code / Parity / Physics / RAID / Particle physics


Disaster Recovery Codes: Increasing Reliability with Large-Stripe Erasure Correcting Codes Kevin M. Greenan Ethan L. Miller
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Document Date: 2014-02-12 18:01:49


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File Size: 110,15 KB

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Santa Fe / Seattle / Boston / Cambridge / Alexandria / /

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IBM / LSI Logic / Network Appliance / Mass Storage Systems / E. L. Miller D. D. / S. A. Weil S. A. / Symantec / Hewlett-Packard Laboratories / Yahoo / Intel / Microsoft / T. J. Schwarz D. D. / /

Country

United States / /

Currency

pence / USD / /

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Facility

Storage Systems Research Center / USA Computer Engineering Dept. Santa Clara University / UCSC/LANL Institute / Petascale Data Storage Institute / /

IndustryTerm

large-scale distributed systems / storage devices / software implementations / wide-area storage systems / large archival storage systems / performance systems / large storage systems / large computing clusters / storage systems / pseudo-random manner using algorithms / larger systems / /

Organization

USA Computer Engineering Dept. Santa Clara University Santa Clara / Univ. of California / Livermore National Lab / Sandia National Lab / Storage Systems Research Center / National Aeronautics and Space Administration / Petascale Data Storage Institute / UCSC/LANL Institute for Scalable Scientific Data Management / /

Person

Kevin M. Greenan Ethan / Darrell D. E. Long / Thomas J. E. Schwarz / Ethan L. Miller / /

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Position

General / birth and death model / but with additional failure transitions / /

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Virginia / Washington / New Mexico / Manitoba / California / Massachusetts / /

Technology

RAM / pseudo-random manner using algorithms / Operating Systems / RAID / encryption / cryptography / Simulation / flash / /

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http /

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