| Document Date: 2011-06-09 13:31:32
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Company Dell / Intel / the AES / / Currency pence / / Event FDA Phase / / Facility University of Maryland / / IndustryTerm implementation yields privacy-preserving protocols / oblivious-transfer protocols / cryptographic tools / local-area network / ious transfer protocol / give protocols / encryption-based protocols / Online Time Overall Time / on-line time / on-line computation / delay algorithm / privacy-preserving applications / privacy-preserving protocols / garbled-circuit solutions / hybrid protocol / function-specific protocol / local processing / implement protocols / real-world applications / software attestation / oblivious-transfer protocol / secure computation protocol / secure protocol / circuit computing / dynamic-programming algorithm / generic protocols / online phase / computing / garbled-circuit protocol / online cost / / Organization University of Maryland / P2 / P1 / University of Virginia / / Person Virginia Jonathan / Yan Huang David / / Position circuit evaluator / garbled-circuit evaluator / evaluator / inputs wb / programmer / / Product Smith-Waterman / SciFI / Hammingdistance / OT21 / P1 / / ProgrammingLanguage Java / / ProvinceOrState Maryland / / PublishedMedium Fairplay / / Technology Levenshteindistance protocol / garbled-circuit protocol / hybrid protocol / second protocol / function-specific protocol / dynamic-programming algorithm / privacy-preserving protocols / secure two-party protocol / Naor-Pinkas protocol / previous privacy-preserving protocols / ious transfer protocol / block cipher / Levenshtein-distance protocol / using Algorithm / implementation yields privacy-preserving protocols / Smith-Waterman algorithm / Levenshtein-distance protocols / Nagle ACK delay algorithm / Hamming-distance protocol / resulting protocol / encryption / oblivious-transfer protocols / OT21 protocol / Cryptography / Java / give protocols / 10000 Algorithm / circuit-based protocol / main protocol / secure protocol / oblivious-transfer protocol / 6 Smith-Waterman The Smith-Waterman algorithm / two-party secure computation protocol / homomorphic-encryption-based protocols / implement protocols / / URL http /
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Faster Secure Two-Party Computation Using Garbled Circuits Yan Huang David Evans University of Virginia