A Physical Layer Authentication Method Based on Exponential Average Data Enhancement

Baifeng Ning, Xinchen Xu, Wei Wang, Zhonghang Li, Zhihan Zhang, Feiyi Xie, H. Wen
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Abstract

Edge computing can achieve faster network service response due to its nearby access characteristics. In the process of massive heterogeneous terminals accessing the network through edge devices, achieving fast and reliable authentication is extremely challenging. The physical layer authentication technology uses channel characteristics for authentication. It is lightweight and can well adapt to the authentication scenario of massive heterogeneous terminal access. The asymmetric resources provided by edge computing are especially suitable for access authentication of physical layer technology. Based on the background of edge computing, this article proposes a physical layer authentication method with exponential average enhancement.
一种基于指数平均数据增强的物理层认证方法
边缘计算由于其就近接入的特点,可以实现更快的网络服务响应。在海量异构终端通过边缘设备接入网络的过程中,实现快速、可靠的认证是一项极具挑战性的工作。物理层身份验证技术使用通道特征进行身份验证。该方案轻量级,能够很好地适应海量异构终端接入的认证场景。边缘计算提供的非对称资源特别适合于物理层技术的访问认证。本文以边缘计算为背景,提出了一种指数平均增强的物理层认证方法。
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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