Incremental Learning Based Radio Frequency Fingerprint Identification Using Intelligent Representation

Mingqian Liu, Jiakun Wang, Cheng Qian
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引用次数: 3

Abstract

5G physical security technology plays an important role in the integration of security and communication. In this paper, we propose to use incremental learning consider to use the radio frequency fingerprint identification technology to realize the physical layer security. Our method incremental learning to improve the neural network put forward the idea of incremental learning to improve the neural network. If we receive part of the data, we can train part of it. On the premise of ensuring certain recognition accuracy, the training time and storage space are reduced. In this paper, the received signals are extracted by traditional methods, such as Hilbert Huang transform, I/Q data input, Bi-spectral transform, etc., and then input into the neural network for training classification and incremental learning for training. Simulation results show that the recognition accuracy can reach 95% with 5dB SNR, and the training time can be reduced by nearly 50% with incremental learning.
基于智能表示增量学习的射频指纹识别
5G物理安全技术在安全与通信的融合中发挥着重要作用。在本文中,我们提出使用增量学习考虑使用射频指纹识别技术来实现物理层安全。我们的方法是增量学习改进神经网络,提出增量学习改进神经网络的思想。如果我们接收到一部分数据,我们就可以训练其中的一部分。在保证一定识别精度的前提下,减少了训练时间和存储空间。本文采用Hilbert Huang变换、I/Q数据输入、双谱变换等传统方法提取接收到的信号,然后输入到神经网络中进行训练分类和增量学习进行训练。仿真结果表明,在信噪比为5dB的情况下,该方法的识别准确率可达95%,增量学习可将训练时间缩短近50%。
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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