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Recognition of Isolated Musical Patterns Using Hidden Markov Models

机译:使用隐马尔可夫模型识别孤立的音乐模式

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This paper presents an efficient method for recognizing isolated musical patterns in a monophonic environment, using Discrete Observation Hidden Markov Models. Each musical pattern is converted into a sequence of music intervals by means of a fundamental frequency tracking algorithm followed by a quantizer. The resulting sequence of music intervals is presented to the input of a set of Discrete Observation Hidden Markov models, each of which has been trained to recognize a specific type of musical patterns. Our methodology has been tested in the context of Greek Traditional Music, which exhibits certain characteristics that make the classification task harder, when compared with Western musical tradition. A recognition rate higher than 95% was achieved. To our knowledge, it is the first time that the problem of isolated musical pattern recognition has been treated using Hidden Markov Models.
机译:本文提出了一种有效的方法,使用离散观测隐马尔可夫模型识别单音环境中的孤立音乐模式。借助于基本频率跟踪算法和量化器,将每种音乐模式转换为一系列音乐间隔。音乐间隔的结果序列会显示给一组离散观察隐式马尔可夫模型的输入,每个模型都经过训练可以识别特定类型的音乐模式。我们的方法已经在希腊传统音乐的背景下进行了测试,与西方音乐传统相比,希腊传统音乐具有某些特征,使分类任务更加困难。识别率达到95%以上。据我们所知,这是首次使用隐马尔可夫模型处理孤立的音乐模式识别问题。

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