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Mixnets: Implementation and Performance Evaluation of Decryption and Re-encryption Types

机译:Mixnets:解密和重新加密类型的实现和性能评估

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摘要

The anonymous channels have been the essence of numerous protocols that include anonymous message passing between peers. The mixnet structure is one way to accomplish the anonymity . Since the publication of the Chaumian mixnet, there have been many practical implementations. There are two main approaches to implement mixnets: the decryption (Chaumian) and the re-encryption mixnets. In this paper we analyze four types of mixnets, of which one decryption and three re-encryption types. They were implemented in the Java programing language and evaluated on several criterias as: the number of messages, the total number of nodes, the number of threshold nodes, and the key length of underlying crypto system. In the results section we compare the results from the practical tests to answer the research question, which type of mixnets has better features.
机译:匿名通道已成为众多协议的本质,其中包括对等方之间传递匿名消息。 mixnet结构是实现匿名的一种方法。自Chaumian混合网络发布以来,已经有许多实际的实现方式。实现混合网络的主要方法有两种:解密(Chaumian)和重新加密混合网络。在本文中,我们分析了四种混合网络,其中一种是解密,三种是重新加密。它们是用Java编程语言实现的,并根据以下几个标准进行了评估:消息数,节点总数,阈值节点数以及基础加密系统的密钥长度。在结果部分,我们将比较实际测试的结果以回答研究问题,即哪种混合网具有更好的功能。

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