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Implement Real-Time Polyphonic Pitch Detection and Feedback System for the Melodic Instrument Player

机译:为旋律乐器演奏器实现实时复音音高检测和反馈系统

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This research proposes an automatic transcription-feedback system of music which help people to learn musical instruments by themselves. The focus of this research is piano. We develop real-time polyphonic pitch detection-feedback system. For 'polyphonic pitch detection', we use inner product based similarity measure with discriminant note detection threshold and top down attention. Also, we develop two parallel processes on simulink and matlab separately for real-time system. On simulink workspace, real-time recording and signal flow management is implemented. This system takes 2mins. 12secs. for analyzing 1min. piece and have accuracy of pitch detection as 79.33% for test case (Chopin Nocturne Op.9 N.2).
机译:这项研究提出了一种自动的音乐转录反馈系统,可以帮助人们自己学习乐器。这项研究的重点是钢琴。我们开发了实时和弦音调检测-反馈系统。对于“和弦音调检测”,我们使用基于内部乘积的相似性度量,并带有可区分的音符检测阈值和自上而下的注意力。另外,我们分别在simulink和matlab上为实时系统开发了两个并行过程。在simulink工作空间上,实现了实时记录和信号流管理。该系统需要2分钟。 12秒分析1分钟。测试用例(Chopin Nocturne Op.9 N.2)的音高检测精度为79.33%。

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