多天线对物理层加密密钥建立的影响

B. Quist, M. Jensen
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引用次数: 4

摘要

虽然秘密加密密钥通常用于保护无线传输,但这种密钥的建立传统上是使用无线通信协议栈的较高层的计算技术来完成的。然而,许多环境中典型的多径电磁传播也可以是对加密密钥生成有用的随机变量的极好来源。此外,天线在发射器和接收器如何激发或感知信道中起着重要作用,因此成为利用多径信道建立密钥的技术性能的关键组成部分。本文的重点是如何使用多天线来显著提高这类密钥建立方法的性能。
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The impact of multiple antennas in physical layer encryption key establishment
While secret encryption keys are commonly-used for securing wireless transmissions, establishment of such keys has traditionally been accomplished using computational techniques at the higher layers of the wireless communication protocol stack. However, the multipath electromagnetic propagation typical of many environments can also be an excellent source of random variables useful for encryption key generation. Furthermore, antennas play an important role in how the transmitter and receiver excite or sense the channel and therefore become a critical component in the performance of techniques that exploit the multipath channel for key establishment. This paper focuses on how using multiple antennas can dramatically improve the performance of such key establishment methods.
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