Using of Wavelets for Secret Key Generation: A Measurement Based Study

Ozan AlpTopal, Zekai Liang, G. Ascheid, Guido Dartmann, Gunes KarabulutKurt
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引用次数: 3

Abstract

For the physical layer (PHY) key generation, two distant nodes exploit the reciprocal channel coefficients as a shared secret. These nodes may obtain erroneous channel estimates and generate highly correlated but not identical secret keys. In this work, we analyze the key error rate (KER) performances when different wavelet families are utilized as a pre-processing step in PHY key generation. Measurement-based KER results show that selection of the wavelet can significantly change the performance.
小波在密钥生成中的应用:基于测量的研究
对于物理层(PHY)密钥生成,两个远程节点利用互易信道系数作为共享密钥。这些节点可能获得错误的信道估计,并生成高度相关但不相同的密钥。在这项工作中,我们分析了在PHY密钥生成中使用不同小波族作为预处理步骤时的密钥错误率(KER)性能。基于测量的KER结果表明,小波的选择可以显著改变性能。
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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