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Automatic Secret Keys From Reciprocal MIMO Wireless Channels: Measurement and Analysis

机译:双向MIMO无线信道中的自动密钥:测量和分析

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Information theoretic limits for random key generation in multiple-input multiple-output (MIMO) wireless systems exhibiting a reciprocal channel response are investigated experimentally with a new three-node MIMO measurement campaign. As background, simple expressions are presented for the number of available key bits, as well as the number of bits that are secure from a close eavesdropper. Two methods for generating secret keys are analyzed in the context of MIMO channels and their mismatch rate and efficiency are derived. A new wideband indoor MIMO measurement campaign in the 2.51- to 2.59-GHz band is presented, whose purpose is to study the number of available key bits in both line-of-sight and nonline-of-sight environments. Application of the key generation methods to measured propagation channels indicates key generation rates that can be obtained in practice for four-element arrays.
机译:使用新的三节点MIMO测量活动,实验研究了表现出相互信道响应的多输入多输出(MIMO)无线系统中随机密钥生成的信息理论极限。作为背景,提供了一些简单的表达式来表示可用的密钥位数,以及从窃听者那里可以安全获取的位数。在MIMO信道的背景下,分析了两种生成密钥的方法,并推导了它们的失配率和效率。提出了一个新的2.51至2.59 GHz频带内的宽带室内MIMO测量活动,其目的是研究视距和非视距环境中可用关键比特的数量。将密钥生成方法应用于已测量的传播通道表示可以在实践中针对四元素阵列获得的密钥生成速率。

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