| Document Date: 2001-12-26 10:46:32
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City Ronneby / Lenox / / Company Massachusetts Computer Associates / Stanford Artificial Intelligence Laboratory / Needham / / Country Sweden / / Currency pence / USD / / Facility Stanford University / Stanford Artificial Intelligence Laboratory / / IndustryTerm build systems / secure systems / cryptanalytic algorithm / authentication systems / inverse algorithm / authentication applications / meaningful solutions / apparent difficulty computing logarithms / mechanical computing / communications technology / inverse algorithms / electronic authentication systems / classes systems / Public key distribution systems / mind systems / function login protocol / digital hardware / setup protocol / possible solution / cryptographic systems / situation multiuser networks / partial solution / business communications / telecommunications / connection protocol / grade cryptographic devices / telephone line / telephone communication / partial solutions / cryptographic device / communication networks / contemporary business communications / telecommunications systems / / NaturalFeature Shannon / / Organization National Science Foundation / Stanford University / / Person Leslie Lamport / / Position critic / skilled locksmith / stockbroker / salesman / designer / / ProvinceOrState Saskatchewan / California / Massachusetts / / SportsLeague Stanford University / / Technology function login protocol / inverse algorithm / block cipher / communications technology / private key / secret key / connection protocol / encryption / Cryptography / public key / setup protocol / digital signature / public key system / /
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New Directions in Cryptography Invited Paper Whitfield Diffie and Martin E. Hellman Abstract Two kinds of contemporary developments in cryptography are examined. Widening applications of teleprocessing have given rise to