| Document Date: 2008-05-15 09:30:41
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City Berlin / Heidelberg / London / / Company Fiat / / Country Canada / United Kingdom / / / Event FDA Phase / / Facility Computer Science University of Waterloo / / IndustryTerm polynomial-time algorithms / public key systems / identification protocols / internet communication model / decryption algorithm / identification protocol / secure hardware / zeroknowledge protocols / agreement protocol / zero-knowledge identification protocol / / Organization University of Waterloo / Knowledge-of-Exponent Assumption J. Wu∗ and D.R. Stinson† David R. Cheriton School / / Person Ai / / Position extractor / editor / / Product Franklin / KEA1 / / ProvinceOrState New York / / PublishedMedium Journal of Cryptology / Lecture Notes in Computer Science / / Technology encryption / Identification protocols / Stinson-Wu protocol / 2-flow zero-knowledge identification protocol / PPT algorithm / public key / artificial intelligence / 4 Algorithm / polynomial-time algorithms / 3-round zeroknowledge protocols / designing identification protocols / key agreement protocol / encryption system / 2.2 Protocol / identification protocol / private key / 1 Introduction An identification protocol / secret key / plaintext-aware public-key encryption / simulation / html / decryption algorithm / interactive protocol / / URL http /
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An Efficient Identification Protocol and the Knowledge-of-Exponent Assumption J. Wu∗ and D.R. Stinson† David R. Cheriton School of Computer Science University of Waterloo, Waterloo, ON, Canada {j32wu, dstinson}@uwate