Precoding for Security Gap Physical Layer Security in Multiuser MIMO Satellite Systems

Matthias G. Schraml, A. Knopp
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Abstract

For military and governmental communications, physical layer security (PLS) is beneficial to resist cryptanalysis and brute-force attacks with powerful computers. However, due to their Line-of-Sight channels, PLS is even more challenging to achieve in satellite communication (SATCOM) downlinks. In multibeam multiuser multiple-input multiple-output (MU-MIMO) satellite systems, the spatial degrees of freedom allow the use of special precoding algorithms to improve the security. The security gap of error correcting channel codes achieves a practical PLS based on the bit-error rate of users and eavesdroppers. We propose MU-MIMO SATCOM precoding algorithms with and without artificial noise for reliable user communications and security against eavesdropping.
多用户MIMO卫星系统安全缺口物理层安全预编码
对于军事和政府通信,物理层安全(PLS)有利于抵御强大计算机的密码分析和暴力攻击。然而,由于它们的视距通道,PLS在卫星通信(SATCOM)下行链路中实现更具挑战性。在多波束多用户多输入多输出(MU-MIMO)卫星系统中,空间自由度允许使用特殊的预编码算法来提高安全性。纠错信道码的安全缺口根据用户和窃听者的误码率实现了一种实用的PLS。我们提出了带和不带人工噪声的MU-MIMO SATCOM预编码算法,以实现可靠的用户通信和防窃听安全。
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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