Music genre recognition using spectrograms with harmonic-percussive sound separation

R. L. Aguiar, Yandre M. G. Costa, L. Nanni
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引用次数: 3

Abstract

In this work we assesses the music genre classification using spectrograms taken from the original signal, percussive content signal, and harmonic content signal. The rationale behind this is that classifiers obtained from this three different representation of the signal may present some complementarity to each other. By this way, one can improve the recognition rates already obtained in previous works which has explored only the original signal content. LBP texture features were used to represent the spectrogram content, and the classification step was supported by SVM. The spectrogram images were zoned taking to account a perceptual scale, and a specific classifier was created for each zone, which has led us to combine classifiers outputs to get the final decision. The performance of our approach reaches the recognition rate about 88.56% which, to the best of our knowledge, is the best rate ever obtained on the LMD dataset using artist filter constraint.
用声谱图进行音乐体裁识别
在这项工作中,我们使用从原始信号,打击内容信号和谐波内容信号中提取的频谱图来评估音乐类型分类。这背后的基本原理是,从这三种不同的信号表示中获得的分类器可能彼此具有一定的互补性。通过这种方法,可以提高以前只探索原始信号内容的工作中已经得到的识别率。采用LBP纹理特征表示谱图内容,支持向量机支持分类步骤。根据感知尺度对光谱图图像进行了分区,并为每个分区创建了一个特定的分类器,这使得我们可以结合分类器的输出来获得最终的决策。我们的方法的性能达到了约88.56%的识别率,据我们所知,这是使用艺术家过滤器约束在LMD数据集上获得的最佳识别率。
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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