Publication | Closed Access
Verifiable random functions
670
Citations
16
References
2003
Year
Unknown Venue
Cryptographic PrimitiveEngineeringVerificationComputational ComplexityProbabilistic ComputationFormal VerificationF/sub S/Proof ComplexityValue F/sub S/Secure Multi-party ComputationVerifiable Random FunctionsData PrivacyComputer ScienceProbability TheoryData SecurityCryptographyAutomated ReasoningSecret Seed SFormal MethodsProperty TestingRandomized AlgorithmComputability Theory
We efficiently combine unpredictability and verifiability by extending the Goldreich-Goldwasser-Micali (1986) construction of pseudorandom functions f/sub s/ from a secret seed s, so that knowledge of s not only enables one to evaluate f/sub s/ at any point x, but also to provide an NP-proof that the value f/sub s/(x) is indeed correct without compromising the unpredictability of f/sub s/ at any other point for which no such a proof was provided.
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