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Abstract: Survivable storage systems mask faults. A protocol family shifts the decision of which types of faults from implementation time to data-item creation time. If desired, each data-item can be protected from different types and numbers of faults. This paper describes and evaluates a family of storage access protocols that exploit data versioning to efficiently provide consistency for erasure-coded data. This protocol family supports a wide range of fault models with no changes to the client-server ... (Update)
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2.6: A Protocol Family for Versatile Survivable Storage - Infrastructures Garth Goodson (Correct)
1.3: Efficient Byzantine-tolerant erasure-coded storage - Garth Goodson Jay (2003) (Correct)
1.2: Efficient Consistency for Erasure-Coded Data Via.. - Goodson, Wylie.. (2003) (Correct)
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1.0: The Safety and Liveness Properties of a Protocol.. - Goodson, Wylie.. (2004) (Correct)
0.7: Decentralized Storage Consistency via Versioning Servers - Goodson, Wylie, Ganger.. (2002) (Correct)
0.6: Appears in the Proceedings of the International.. - Efficient.. (Correct)
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3: Survivable information storage systems - Wylie, Bigrigg et al. - 2000
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BibTeX entry: (Update)
Garth R. Goodson, Jay J. Wylie, Gregory R. Ganger, and Michael K. Reiter. A protocol family for versatile survivable storage infrastructures. Technical report CMU-PDL-03-103. CMU, December 2003. http://citeseer.ist.psu.edu/goodson03protocol.html More
@misc{ goodson03protocol,
author = "G. Goodson and J. Wylie and G. Ganger and M. Reiter",
title = "A protocol family for versatile survivable storage infrastructures",
text = "Garth R. Goodson, Jay J. Wylie, Gregory R. Ganger, and Michael K. Reiter.
A protocol family for versatile survivable storage infrastructures. Technical
report CMU-PDL-03-103. CMU, December 2003.",
year = "2003",
url = "citeseer.ist.psu.edu/goodson03protocol.html" }
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