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A Polarization state Modulation based Physical Layer Security scheme for Wireless Communications

机译:基于极化状态调制的无线通信物理层安全方案

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A Polarization state Modulation based Physical Layer Security (PM-PLS) scheme is proposed to enhance the physical layer security of the wireless communication system. Such scheme uses the normal communication signal as the carrier, and conceals the confidential information in the carrier's polarization state. Moreover, utilizing the polarized channel differentia, the eavesdropper's channel quality can be severely worsened. Therefore, through PM-PLS scheme, both anti-detection and modulation information protection can be achieved. Furthermore, based on the proposed polarization constellation structure and polarization constellation encryption method, the depolarization effect caused impact to the desired receiver and eavesdropper are respectively analyzed. Finally, the simulations and experiments based on GNU Radio software platform are carried out to verify the security and efficiency of the proposed PM-PLS scheme.
机译:提出了一种基于极化状态调制的物理层安全(PM-PLS)方案以增强无线通信系统的物理层安全性。这种方案使用正常通信信号作为载波,并隐藏在载波的偏振状态中的机密信息。此外,利用偏振通道不同,窃听者的信道质量可能会严重恶化。因此,通过PM-PLS方案,可以实现防检测和调制信息保护。此外,基于所提出的偏振星座结构和偏振星座加密方法,分别分析了对所需接收器和窃听器的影响对所需接收器和窃听的影响。最后,执行基于GNU无线电软件平台的模拟和实验,以验证所提出的PM-PLS方案的安全性和效率。

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