Hierarchical SVM-kNN to Classify Music Emotion

Qhansa Di'ayu Putri Bayu, S. Suyanto, A. Arifianto
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引用次数: 6

Abstract

The emotional component in a music classification is more powerful than the others. This research addresses a music emotion classification. A hierarchical classification system using a Support Vector Machine (SVM) and a k-Nearest Neighbors (kNN) is proposed. The experiments using 120 pop-rock music data with the emotional label based on the AllMusicGuide website split into four classes: "Happy", "Angry", "Sad", and "Relax" show that the proposed hierarchical model is capable of increasing the absolute performance of music emotion classification by 19.33% in the SVM (Kernel: RBF) and 13.33% in the kNN (k = 5). The best combination three-level classifier, the arrangement of the three best classifiers for each level in hierarchical music emotion classification is by using the SVM (Kernel: Linear) classifier at Level 1, then kNN (k = 3) at Level 2.1 and Level 2.2.
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层次SVM-kNN对音乐情感的分类
音乐分类中的情感成分比其他成分更强大。本研究涉及音乐情感分类。提出了一种基于支持向量机(SVM)和k近邻(kNN)的分层分类系统。使用基于AllMusicGuide网站的120首流行摇滚音乐数据,将其情感标签分为“快乐”、“愤怒”、“悲伤”和“放松”四类,实验表明,所提出的分层模型能够将支持向量机的音乐情感分类绝对性能提高19.33% (Kernel:对于三层分类器的最佳组合,在层次音乐情感分类中,每层三个最佳分类器的排列方式是在层次1上使用SVM (Kernel: Linear)分类器,然后在层次2.1和层次2.2上使用kNN (k = 3)。
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