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Multipitch estimation using a PLCA-based model: Impact of partial user annotation

机译:使用基于PLCA的模型进行多音高估计:部分用户注释的影响

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In this paper one investigates the merit of partial user annotation for music transcription using a PLCA-based model. The original algorithm, called Blind Harmonic Adaptive Decomposition (BHAD), provides an estimation of the polyphonic pitch content of the input signal in an entirely unsupervised manner. In this paper, one studies how the performance of the BHAD algorithm can be further improved by involving a user by means of a partial annotation. This user input allows for a better model initialisation with adapted or learned spectral envelope models. Furthermore, it is studied how a fine control of the convergence rate of some parameters can better exploit this additional information. It is then shown that this partial annotation can bring an improvement of up to 3% on the transcription of the remaining file.
机译:在本文中,我们研究了使用基于PLCA的模型对音乐转录进行部分用户注释的优点。称为盲谐波自适应分解(BHAD)的原始算法以完全不受监督的方式提供了对输入信号的复音基音含量的估计。在本文中,研究了如何通过部分注释使用户参与来进一步提高BHAD算法的性能。该用户输入允许使用经过调整或学习的频谱包络模型更好地初始化模型。此外,研究了如何精确控制某些参数的收敛速度可以更好地利用此附加信息。然后表明,此部分批注可以使其余文件的转录提高多达3%。

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