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Secure Communication in Minimal Connectivity Models

机译:最小连接模型中的安全通信

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摘要

Problems of secure communication and computation have been studied extensively in network models. In this work, we ask what is possible in the information-theoretic setting when the adversary is very strong (Byzantine) and the network connectivity is very low (minimum needed for crash-tolerance). For some natural models, our results imply a sizable gap between the connectivity required for perfect security and for probabilistic security. Our results also have implications to the commonly studied simple channel model and to general secure multiparty computation.
机译:在网络模型中,对安全通信和计算的问题进行了广泛的研究。在这项工作中,我们要问信息理论环境中,当对手非常强大(拜占庭)并且网络连接非常低(对于崩溃的容忍度是最低的)时,有什么可能?对于某些自然模型,我们的结果表明,完美安全性和概率安全性所需的连接性之间存在巨大差距。我们的结果也对通常研究的简单通道模型和一般的安全多方计算有影响。

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