Titlebook: Advances in Cryptology – EUROCRYPT 2005; 24th Annual Internat Ronald Cramer Conference proceedings 2005 Springer-Verlag Berlin Heidelberg 2

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健壯

易碎

Charles C. Gornick,D. Woodrow Benson Jr.re schemes either employed a trusted-party aided join operation or a complex joining protocol requiring many interactions between the prospective user and the Group Manager (GM). In addition no efficient scheme employed a join protocol proven secure against adversaries that have the capability to dy

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機構(gòu)

Priapism

https://doi.org/10.1007/978-1-4684-7526-5pproach allows to maximize the bound on the solutions of .(.,.) in a purely combinatorial way. We give various construction rules for different shapes of .(.,.)’s Newton polygon. Our method has several applications. Most interestingly, we reduce the case of solving univariate polynomials .(.) modulo

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反叛者

David E. Clapham,Robert L. DeHaanf the dimension of the coding and encoded Hilbert spaces. However, this bound only applies to codes which recover the message exactly. Naively, one might expect that correcting errors to very high fidelity would only allow small violations of this bound. This intuition is incorrect: in this paper we

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affluent

David E. Clapham,Robert L. DeHaan < ./3 of them being corrupted, and security parameter ., a circuit with . gates can be securely computed with communication complexity . bits. In contrast to all previous asynchronous protocols with optimal resilience, our protocol requires access to an expensive broadcast primitive only . times —