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Increasing Physical Layer Security through Scrambled Codes and ARQ

机译:通过扰码和ARQ提高物理层安全性

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We elaborate on the proposal of non-systematic channel codes on the AWGN wire-tap channel. Such coding technique, based on scrambling, achieves secure transmission with a small security gap between the authorized receiver (Bob) and the unauthorized one (Eve). In this paper, we show that, by implementing scrambling and descrambling on blocks of concatenated frames, rather than on single frames, the security gap between Bob and Eve can be further reduced. The usage of concatenated scrambling also allows to achieve security when Bob and Eve experience the same channel quality. In this case, the introduction of an ARQ protocol with authentication is needed.
机译:我们详细介绍了AWGN窃听信道上非系统信道代码的建议。这种基于加扰的编码技术在授权接收方(鲍勃)和未授权接收方(夏娃)之间以很小的安全间隙实现了安全传输。在本文中,我们表明,通过对级联帧的块而不是单个帧实施加扰和解扰,可以进一步减小Bob和Eve之间的安全性差距。当鲍勃和夏娃体验到相同的信道质量时,级联加扰的使用还可以实现安全性。在这种情况下,需要引入带有身份验证的ARQ协议。

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