Titlebook: Information Security and Cryptology - ICISC 2005; 8th International Co Dong Ho Won,Seungjoo Kim Conference proceedings 2006 Springer-Verlag

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Sung-Ming Yen,Lee-Chun Ko,SangJae Moon,JaeCheol Haive, and novel methodological approaches, this book questions common assumptions, illustrates effective solutions and sets out research, policy, and programmatic agendas for the present and future..This is a co978-94-007-9670-6978-94-007-6722-5Series ISSN 1877-2560 Series E-ISSN 2215-1990

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calamity

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Josef Pieprzyk,Xian-Mo Zhang,Jovan Dj. Golićive, and novel methodological approaches, this book questions common assumptions, illustrates effective solutions and sets out research, policy, and programmatic agendas for the present and future..This is a co978-94-007-9670-6978-94-007-6722-5Series ISSN 1877-2560 Series E-ISSN 2215-1990

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Diatribe

Efficient Authenticators with Application to Key Exchangehout a concrete hardness assumption such as DDH or RSA). Of an independent interest, our security proof lies in the emulation based ideal-real model, instead of the widely adopted (seemingly weaker) SK-security. To our knowledge, this is the first protocol of its kind. It is worth mentioning that al

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Benes and Butterfly Schemes Revisitede to notice that, when .≫2. and .≪2., for large number of variables linked with some critical equalities, the average number of solutions may be large (i.e. ≫1) while, at the same time, the probability to have at least one such critical equalities is negligible (i.e. ≪1)..(An extended version of thi

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Relative Doubling Attack Against Montgomery Laddertens the Montgomery ladder. The proposed relative doubling attack uses a totally different approach to derive the private key in which the relationship between two adjacent private key bits can be obtained as either ..=.. or .. Finally, a remark is given to the problem of whether the upward (right-t

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The Program Counter Security Model: Automatic Detection and Removal of Control-Flow Side Channel Attique’s effect on the performance of binary modular exponentiation and real-world implementations in C of RC5 and IDEA: we found it has a performance overhead of at most 5× and a stack space overhead of at most 2×. Our approach to side channel security is practical, generally applicable, and provably