Enhancing ip security by integrating quantum key distribution into communication processes

M. Sfaxi, S. Ghernaouti-Helie, G. Ribordy, O. Gay
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引用次数: 5

Abstract

The applications of quantum cryptography are linked to telecommunication services that require very high level of security. Quantum cryptography could be integrated in various existing concepts and protocols to secure communications. One of the possible use of quantum cryptography is within IPSEC or IPv6. The aim of this paper is to analyse the use of quantum cryptography within IPSEC to secure communications and to present the estimated performances of this solution. In this paper, we introduce basic concepts in quantum cryptography, we propose a solution that integrate quantum key distribution into IPSEC. A performance analysis is done to demonstrate the operational feasibility of this solution 1 .
通过将量子密钥分配集成到通信过程中来增强ip安全性
量子密码学的应用与需要非常高安全性的电信服务有关。量子密码学可以集成到各种现有的概念和协议中,以确保通信的安全。量子加密的一种可能用途是在IPSEC或IPv6中。本文的目的是分析在IPSEC中使用量子加密来保护通信,并给出该解决方案的估计性能。本文介绍了量子密码学的基本概念,提出了一种将量子密钥分发集成到IPSEC中的解决方案。进行性能分析以证明该解决方案的操作可行性1。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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