Transfer Learning-Based Physical Layer Authentication for Wireless Networks Handover

Shiji Wang, Shida Xia, Sha Liu, Yan Zhang, Chang Cao
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Abstract

In dynamic access networks, terminals face frequent network handover which requires authentication handover to ensure the security of network access. Physical layer authentication based on machine learning will cause large computation overhead and communication delay for network. Therefore, this paper designs a fast authentication handover mechanism based on transfer learning, which makes full use of the source network authentication model and adopts transfer learning algorithm to transfer the previously trained model to target network. Target network continues to train on the basis of the model trained by source network, which simplifies the process of retraining authentication model during network handover greatly.
基于迁移学习的无线网络切换物理层认证
在动态接入网络中,终端面临频繁的网络切换,需要进行身份切换以保证网络接入的安全性。基于机器学习的物理层认证会给网络带来较大的计算开销和通信延迟。因此,本文设计了一种基于迁移学习的快速认证切换机制,充分利用源网络认证模型,采用迁移学习算法将之前训练好的模型迁移到目标网络。目标网络在源网络训练的模型基础上继续训练,大大简化了网络切换过程中认证模型的再训练过程。
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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