| Document Date: 2011-03-05 12:17:37
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Company R FS.KG. / FS.KG / R R LE.KG. / LE.KG / / / Event FDA Phase / / Facility Secure Blind Decryption Matthew Green Information Security Institute Johns Hopkins University / / IndustryTerm distributed file systems / real-world applications / simulatable oblivious transfer protocols / generation algorithm / folklore solutions / signature verification algorithm / proof-of-knowledge protocols / inefficient gate-by-gate decryption protocols / adaptive oblivious transfer protocols / decryption algorithms / decryption algorithm / privacy-preserving protocols / proof systems / blind decryption protocol / encryption algorithm / / Organization Johns Hopkins University / / Person Matthew Green / / / Position extractor / hb / knowledge extractor / / Product CCA2 / / ProgrammingLanguage C / / ProvinceOrState Wisconsin / / Technology encryption / inefficient gate-by-gate decryption protocols / adaptive k-out-of-N Oblivious Transfer protocols / simulatable oblivious transfer protocols / two-party protocol / privacy-preserving protocols / KG algorithm / key generation algorithm / public key / adaptive oblivious transfer protocols / BlindDec protocol / signing algorithm / Dec algorithm / public-key encryption / WASign algorithm / encryption algorithm / 9 The protocol / 2.3 Linear Encryption / secret key / simulation / decryption algorithm / TBE decryption algorithm / following algorithms / PIR protocol / blind decryption protocol / decryption algorithms / proof-of-knowledge protocols / Elgamal encryption / fresh encryption / signature verification algorithm / public key encryption / /
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Secure Blind Decryption Matthew Green Information Security Institute Johns Hopkins University 3400 N. Charles St. Baltimore, MD 21218