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City Tokyo / / Company Oracle / ACM Press / Computer-Communication Networks / / Currency USD / / / Event FDA Phase / / IndustryTerm higher-level applications / generation algorithm / honest protocol / transport protocols / multi-party cryptographic protocols / probabilistic interactive protocol / concrete protocol / multi-party protocols / twoparty protocols / multiplicative / concrete generic solution / distinct applications / / Organization G7 / Strong Corruptions Emmanuel Bresson Mark Manulis DCSSI Crypto Lab Paris / / Person Wini / Emmanuel Bresson Mark Manulis / / Position First player / forward / General / general for many GKE protocols / / Product G1 / TDH1 / Strong Security As / STRONG SECURITY In / / ProgrammingLanguage C / / ProvinceOrState Tennessee / Massachusetts / / Technology provably secure GKE protocol / 1.1 Protocol / concrete protocol / probabilistic interactive protocol / PPT algorithm / correct GKE protocol / key generation algorithm / key exchange protocol / signing algorithm / underlying GKE protocol / PKI / key exchange protocols / 2.2 GKE Protocol / provably secure GKE protocols / smart card / private key / GKE protocol / simulation / secure GKE protocols / 3round GKE protocol / digital signature / twoparty protocols / multi-party cryptographic protocols / GKE protocols / key transport protocols / TDH1 protocol / multi-party protocols / constant-round GKE protocol / three-round GKE protocol / /
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Annual Symposium on InformAtion, Computer and Communications Security – Proceedings of ACM ASIA CCS ’08 (March 18–20, 2008, Tokyo, JP) V. Gligor and M. Abe, Eds., ACM Press, pages ????–???? Securing Group Key Exc