Titlebook: Computer Aided Verification; 29th International C Rupak Majumdar,Viktor Kun?ak Conference proceedings 2017 Springer International Publishin

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Optimal-Rate Non-Committing Encryptionly using a purely constraint-based approach, rather than exploring the space of possible programs in an enumerate-and-check loop. Our approach solves a synthesis problem by checking satisfiability of an . constraint ., whereas traditional program synthesis approaches are based on solving an . constr

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glomeruli

乳白光

Giulio Malavolta,Dominique Schr?der iterations, experimental studies have found that a high step complexity causes them to perform poorly in practice. In this paper we seek to address this situation. Every iteration of the algorithm must compute a best response, and while the standard way of doing this uses the Bellman-Ford algorithm

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Advances in Cryptology – ASIACRYPT 2017 a behavior satisfying a given property. We focus on the case of pushdown processes communicating via shared memory. In a series of recent papers it has been shown that reachability in this model is .-complete [Hague’11], [Esparza, Ganty, Majumdar’13], and that liveness is decidable in . [Durand-Gas

CURL

Lecture Notes in Computer Sciencereasoning over string transformations where traditional techniques do not scale. Here we develop the theory for and an algorithm for computing quotients of such transducers under indistinguishability preserving equivalence relations over states such as bisimulation. We show that the algorithm is a m

FADE

Quantum Multicollision-Finding Algorithmu of fixed point computation, we use prime event structures to compactly represent causal dependence and interference between sequences of transformers. Our main contribution is an unfolding algorithm that uses a new notion of independence to avoid redundant transformer application, thread-local fix

傲慢物

Pattern Matching on Encrypted Streamsently no fully-automated methods for their verification. The main difficulty is that the algorithms are parameterized: they should work for any given number of processes. We provide an expressive language for consensus algorithms targeting the benign asynchronous setting. For this language, we give

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