Analysis of Feature Correlation for Music Genre Classification

Manuel Theodore Leleuly, P. H. Gunawan
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引用次数: 1

Abstract

Music genre classification has been widely discussed by some researcher. There are various methods used to classify many types of music genres, however only a small part of them considered the importance of feature correlation. This feature correlation is to select features to increase the accuracy of classification process. In this paper, we investigate the big role of features correlation where features are obtained from entropy of root mean square and frequency. Moreover, we use probabilistic neural network (PNN) as the classifier. In this paper, results showed that accuracy using all feature (without considering feature correlation) is obtained 70%, meanwhile using selected features from correlation score, accuracy is conducted 90%. The selected features from this high accuracy are minimum and average RMS entropy of all RMS entropies in each music frame, and minimum and average frequency entropy of all entropies in each music frame.
音乐体裁分类的特征相关性分析
音乐类型的分类一直是一些研究者广泛讨论的问题。有各种各样的方法用于分类许多类型的音乐流派,但只有一小部分考虑到特征相关性的重要性。这种特征关联是为了选择特征来提高分类过程的准确性。在本文中,我们研究了特征相关性的重要作用,其中特征是由均方根熵和频率熵获得的。此外,我们使用概率神经网络(PNN)作为分类器。本文的研究结果表明,使用全部特征(不考虑特征相关性)的准确率达到70%,而使用从相关评分中选择的特征,准确率达到90%。从这种高精度中选择的特征是每个音乐帧中所有RMS熵的最小和平均RMS熵,以及每个音乐帧中所有熵的最小和平均频率熵。
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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