Classification of music by composer using fuzzy min-max neural networks

P. Sadeghian, Casey Wilson, Stephen Goeddel, Aspen Olmsted
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引用次数: 9

Abstract

This work utilizes high-level musical features extracted from a large music database of Sonata pieces composed by Beethoven, Corelli, and Mozart, and assesses the accuracy of Fuzzy Min-Max (FMM) Neural Network and Enhanced Fuzzy Min-Max (EFMM) Neural Network classifiers in classifying the classical pieces by composer. Results of the assessment are provided and show different accuracies depending on the parameters used in the FMM and EFMM models. This study presents a novel approach to the classification of music by composer by presenting two classifiers, namely FMM and EFMM Neural Networks, capable of classifying classical music by composer.
基于模糊最小-最大神经网络的作曲家音乐分类
这项工作利用了从贝多芬、科雷利和莫扎特的奏鸣曲的大型音乐数据库中提取的高级音乐特征,并评估了模糊最小最小(FMM)神经网络和增强模糊最小最小(EFMM)神经网络分类器按作曲家对古典作品进行分类的准确性。根据FMM和EFMM模型中使用的参数不同,提供了评估结果,并显示出不同的精度。本研究提出了一种新的作曲家音乐分类方法,通过提出两个分类器,即FMM和EFMM神经网络,能够根据作曲家对古典音乐进行分类。
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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