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Secret Key Generation in the Two-Way Relay Channel With Active Attackers

机译:具有主动攻击者的双向中继通道中的秘密密钥生成

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Most of the existing work on key generation from wireless fading channels requires a direct wireless link between legitimate users so that they can obtain correlated observations from the common wireless link. This paper studies the key generation problem in the two-way relay channel, in which there is no direct channel between the key generating terminals. We propose an effective key generation scheme that achieves a substantially larger key rate than that of a direct channel mimic approach. Unlike existing schemes, there is no need for the key generating terminals to obtain correlated observations in our scheme. We also investigate the effects of an active attacker on the proposed key generation protocol. We characterize the optimal attacker's strategy that minimizes the key rate of the proposed scheme. Furthermore, we establish the maximal attacker's power under which our scheme can still achieve a nonzero key rate.
机译:从无线衰落信道生成密钥的大多数现有工作都需要合法用户之间的直接无线链接,以便他们可以从公共无线链接中获得相关的观察结果。本文研究了双向中继通道中的密钥生成问题,在双向中继通道中,密钥生成终端之间没有直接通道。我们提出一种有效的密钥生成方案,该方案可以实现比直接通道模拟方法大得多的密钥速率。与现有方案不同,在我们的方案中不需要密钥生成终端获得相关的观察结果。我们还研究了主动攻击者对提出的密钥生成协议的影响。我们描述了最佳攻击者的策略,该策略可以最大程度地降低拟议方案的密钥率。此外,我们建立了最大的攻击者能力,在该能力下我们的方案仍可以实现非零密钥率。

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