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Melody Track Identification in Music Symbolic Files

机译:音乐符号文件中的旋律音轨识别

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摘要

Standard MIDI files contain data that can be considered as a symbolic representation of music (a digital score), and most of them are structured as a number of tracks, one of them usually containing the melodic line of the piece, while the other tracks contain the accompaniment. The objective of this work is to identify the track containing the melody using statistical properties of the notes and pattern recognition techniques. Finding that track is very useful for a number of applications, like melody matching when searching in MIDI databases or motif extraction, among others. First, a set of descriptors from each track of the target file are extracted. These descriptors are the input to a random forest classifier that assigns the probability of being a melodic line to each track. The track with the highest probability is selected as the one containing the melodic line of that MIDI file. Promising results have been obtained testing a number of databases of different music styles.
机译:标准MIDI文件包含可以被视为音乐的符号表示(数字乐谱)的数据,并且其中大多数结构为许多音轨,其中一个通常包含乐曲的旋律线,而其他音轨则包含伴奏这项工作的目的是使用音符的统计特性和模式识别技术来识别包含旋律的音轨。找到该曲目对于许多应用程序非常有用,例如在MIDI数据库中搜索时的旋律匹配或主题提取等。首先,从目标文件的每个轨道中提取一组描述符。这些描述符是随机森林分类器的输入,该分类器将成为旋律线的概率分配给每个音轨。选择最高机率的音轨作为包含该MIDI文件旋律线的音轨。通过测试许多不同音乐风格的数据库,已经获得了令人鼓舞的结果。

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