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Classification of Gamelan Tones Based on Fractal Analysis

机译:基于分形分析的游戏机色调分类

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Gamelan is an ensemble music originated from Indonesia. Gamelan have been made manually but had 7 tonnes for Pelog scale or 5 tonnes for Slendro scale. It is need to classify gamelan tones for digital musical processing for various objectives like learning, teaching, or composing. Fractal analysis can be used to classify physical phenomena like musical tones signal. One of fractal method was Higuchi that is suitable in computing fractal dimension for time series data as musical signals. In this paper, we propose the Higuchi fractal dimension to distinguish gamelan signal tones. Our experiment show that Demung Pelog tones can be classified properly until 82.85%. This result encourages to classify gamelan tones not only for other instruments but also for Slendro scale.
机译:Gamelan是一个来自印度尼西亚的集合音乐。 Gamelan已经手动制作,但为Pelog Scale或5吨的撒顿秤进行了7吨。需要对游戏机进行分类,以便为学习,教学或组合等各种目标进行数字音乐处理。分形分析可用于对音乐音调信号等物理现象进行分类。分形方法之一是HIGUCHI,其适用于计算时间序列数据的分形维数作为音乐信号。在本文中,我们提出了HIGUCHI分形维数以区分游戏机信号音调。我们的实验表明,龙头Pelog音调可以正常归类为82.85%。这结果鼓励对其他乐器进行分类,而且还鼓舞游戏机,而且还要对疏远尺度进行分类。

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