| Document Date: 2015-04-28 18:00:30
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Company RSA Laboratories / Microsoft / / Country United States / / Currency pence / / / Event FDA Phase / / Facility Brown University / Boston University / / Holiday Assumption / / IndustryTerm knowledge protocol / deterministic algorithms / polynomial-time algorithms / cyclic multiplicative / batch update algorithm / cryptographic tools / probabilistic algorithm / verification algorithm / executed algorithms / randomized polynomialtime algorithm / zero-knowledge proof-of-knowledge protocols / membership proof systems / public-key infrastructure / update algorithm / certificate management / non-interactive solutions / / Organization i.e. / Brown University / Boston University / i . e .ii . e ..i . e .ei . e ..i . e . / / Person Verify / / Position arbitrator / knowledge extractor / rt / / Product Discrete Log / Sch89 / RO / / ProgrammingLanguage L / / Technology encryption / This algorithm / cryptography / 4 PPT algorithms / update algorithm / batch update algorithm / WitUpdate algorithm / public key / DNS / querying algorithm / polynomial-time algorithms / ATUpdate algorithm / Schnorr protocols / verification algorithm / honestly executed algorithms / following protocol / The algorithm / zero-knowledge proof-of-knowledge protocols / four PPT algorithms / secret key / L. NIZKPoK protocol / knowledge protocol / five PPT algorithms / following algorithms / randomized polynomialtime algorithm / four algorithms / ATQuery algorithm / public-key infrastructure / probabilistic algorithm / network protocols / NIZKPoK protocol / /
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Zero-Knowledge Accumulators and Set Operations Esha Ghosh1 , Olga Ohrimenko2 , Dimitrios Papadopoulos3 , Roberto Tamassia1 and Nikos Triandopoulos4,3 1 Dept. of Computer Science, Brown University, Providence RI, USA esha