Titlebook: Applied Cryptography and Network Security; 18th International C Mauro Conti,Jianying Zhou,Angelo Spognardi Conference proceedings 2020 Spri

離開(kāi)

https://doi.org/10.1007/978-3-031-05010-7st work in all input scenarios, regardless on whether inputs are available to the parties in an offline phase or only in the online phase, and on whether they are public or have privacy requirements. The client’s online runtime improvement is, for some of our protocols, almost 1 order of magnitude,

鈍劍

Autonomous Control Approach for Local Search provable security bound: For the birthday-bound security, we present a 4-round minimal construction with two independent round keys, a single round function and two universal hash functions; For the beyond-birthday-bound security, we present a 10-round construction secure up?to . adversarial querie

強(qiáng)制令

Alexandros Soumelidis,András Edelmayerresemble Diffie-Hellman, it is often difficult or impossible to “translate” these Diffie-Hellman-based protocols to the SIDH or CSIDH setting; worse still, even when the construction can be “translated,” the resultant protocol may be insecure, even if the Diffie-Hellman based protocol is secure. In

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怒目而視

A consulting system for ECG diagnosisHence, this type of scheme seems to resist better than others to key recovery. Motivated by this observation, we prove an interesting result on the rank metric. Namely, that the learning problem with the rank distance is hard for some parameters, thus invalidating a common strategy for reaction atta

虛情假意

漫不經(jīng)心

David Basin,Jürgen Doser,Torsten Lodderstedtress additional issues, such as receiver privacy (anonymity), static user-set size, and limited encryption. In this work, we aim to tackle this problem by proposing an efficient broadcast encryption scheme, called “anonymous multi-group broadcast encryption”. This primitive achieves faster encryptio

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繁殖

Communication-Efficient Proactive Secret Sharing for Dynamic Groups with Dishonest Majorities and in other previous work, handling them simultaneously (and efficiently) in a single scheme faces non-trivial challenges. SomePSS protocols can handle batching of . secrets, but all of them are for the honest majority setting. The techniques typically used to accomplish such batching decrease the

明確

Random Walks and Concurrent Zero-Knowledgeork models the network as a stochastic process where a new session is opened with probability . or an existing session receives the next message with probability .; the existing session can be chosen either in a first-in-first-out (.) or last-in-first-out (.) order. These two orders are fundamental