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Anomaly Detection of Spectrum in Wireless Communication via Deep Autoencoder

机译:通过深度自动编码器的无线通信中的频谱异常检测

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Anomaly detection has been a typical task in many fields, as well as spectrum monitoring in wireless communication. In this paper, we apply a deep-structure autoencoder neural network to spectrum anomaly detection, and the time-frequency diagram is used as the feature of the learning model. In order to evaluate the performance of the model, the accuracy of the output is considered. We compare the performance of both our proposed model and conventional one-layer autoencoder. The results of numerical experiments illustrate that our model outperforms the one-layer autoencoder based method.
机译:异常检测已成为许多领域的典型任务,也是无线通信中的频谱监视。本文将深度结构自动编码器神经网络应用于频谱异常检测,并以时频图为学习模型的特征。为了评估模型的性能,考虑了输出的准确性。我们比较了我们提出的模型和传统的单层自动编码器的性能。数值实验结果表明,我们的模型优于基于单层自动编码器的方法。

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