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Determining Fault Tolerance of XOR-Based Erasure Codes Efficiently.

, and . DSN, page 206-215. IEEE Computer Society, (2007)

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Informed data distribution selection in a self-predicting storage system., , , , and . ICAC, page 187-198. IEEE Computer Society, (2006)Efficient eventual consistency in Pahoehoe, an erasure-coded key-blob archive., , , , , , , and . DSN, page 181-190. IEEE Computer Society, (2010)Determining Fault Tolerance of XOR-Based Erasure Codes Efficiently., and . DSN, page 206-215. IEEE Computer Society, (2007)Fault-scalable Byzantine fault-tolerant services., , , , and . SOSP, page 59-74. ACM, (2005)A Spin-Up Saved Is Energy Earned: Achieving Power-Efficient, Erasure-Coded Storage., , , , and . HotDep, USENIX Association, (2008)Prato: Databases on Demand., , , and . ICAC, page 11. IEEE Computer Society, (2007)Efficient Byzantine-Tolerant Erasure-Coded Storage., , , and . DSN, page 135-144. IEEE Computer Society, (2004)Applying idealized lower-bound runtime models to understand inefficiencies in data-intensive computing., , , , , and . SIGMETRICS, page 125-126. ACM, (2011)Consistability: Describing Usually Consistent Systems., , , , and . HotDep, USENIX Association, (2008)Finding the most fault-tolerant flat XOR-based erasure codes for storage systems.. ACSCC, page 1788-1792. IEEE, (2011)