Quad-rotor UAV Audio Recognition Based on Mel Spectrum with Binaural Representation and CNN

Luo Jiqing, Fang Husheng, Yin Qin, Zhou Chunhua
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Abstract

With the wide application of UAV in civil and military fields, more and more attention has been paid to the accurate detection for UAV. In this paper, the noise of UAV is taken as the research object, and the audio recognition technology based on Mel spectrum with binaural representation and CNN is used for multi-UAV recognition. Firstly, the noise of UAV, bird chirp, traffic noise and other environmental noises are collected, and the audio dataset of UAV audio is made after preprocessing. Secondly, the Mel spectrum with binaural representation is proposed for audio feature extracting, and one-dimensional audio is converted to four channel spectrum with rich feature. Finally, designed deep CNN is trained by spectrum map for UAV audio recognition. Experimental results show that the proposed method is superior and the average accuracy is 99.24%.
基于双耳表示Mel谱和CNN的四旋翼无人机音频识别
随着无人机在民用和军事领域的广泛应用,对无人机的精确探测越来越受到人们的重视。本文以无人机噪声为研究对象,将基于双耳表示的Mel谱与CNN相结合的音频识别技术用于多无人机识别。首先采集无人机噪声、鸟鸣声、交通噪声等环境噪声,预处理后得到无人机音频数据集;其次,提出了双耳表示的Mel谱进行音频特征提取,将一维音频转换为特征丰富的四通道频谱;最后,利用频谱图训练设计的深度CNN进行无人机音频识别。实验结果表明,该方法具有较好的识别率,平均准确率为99.24%。
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