密钥中继协议相对于安全网络编码的优势

Go Kato;Mikio Fujiwara;Toyohiro Tsurumaru
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摘要

密钥中继协议(KRP)在提高量子密钥分发网络的性能和安全性方面发挥着重要作用。另一方面,也有一个现有的研究领域,称为安全网络编码(SNC),其目标和结构与此类似。在本文中,我们严格分析了一般KRPs和使用SNC方案的密钥中继(KRPs-by-SNC)之间的异同。我们发现,相当令人惊讶的是,KRPs在一般和KRPs-by- snc之间存在明显的安全性差距;也就是说,在同一图上,某些KRPs比任何SNC方案具有更好的安全性。我们还发现,如果我们通过添加经过身份验证的公共通道来推广SNC的概念,则可以缩小这一差距;也就是说,KRPs相当于KRPs-by- snc方案,其中增加了经过身份验证的公共通道。
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Advantage of the Key Relay Protocol Over Secure Network Coding
The key relay protocol (KRP) plays an important role in improving the performance and the security of quantum key distribution networks. On the other hand, there is also an existing research field called secure network coding (SNC), which has similar goal and structure. In this article, we analyze differences and similarities between KRPs in general and key relay using SNC schemes (KRPs-by-SNC) rigorously. We found, rather surprisingly, that there is a definite gap in security between KRPs in general and KRPs-by-SNC; that is, certain KRPs achieve better security than any SNC schemes on the same graph. We also found that this gap can be closed if we generalize the notion of SNC by adding authenticated public channels; that is, KRPs are equivalent to KRPs-by-SNC schemes augmented with authenticated public channels.
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