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Accurate analysis and visual feedback of vibrato in singing

机译:准确地分析和唱歌中的颤音

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摘要

Vibrato is a frequency modulation effect of the singing voice and is very relevant in musical terms. Its most important characteristics are the vibrato frequency (in Hertz) and the vibrato extension (in semitones). In singing teaching and learning, it is very convenient to provide a visual feedback of those two objective signal characteristics, in real-time. In this paper we describe an algorithm performing vibrato detection and analysis. Since this capability depends on fundamental frequency (F0) analysis of the singing voice, we first discuss F0 estimation and compare three algorithms that are used in voice and speech analysis. Then we describe the vibrato detection and analysis algorithm and assess its performance using both synthetic and natural singing signals. Overall, results indicate that the relative estimation errors in vibrato frequency and extension are lower than 0.1%.
机译:颤音是演唱声音的调频效果,在音乐方面非常重要。它最重要的特征是颤音频率(以赫兹为单位)和颤音扩展(以半音为单位)。在歌唱教学中,实时提供这两个客观信号特征的视觉反馈非常方便。在本文中,我们描述了执行颤音检测和分析的算法。由于此功能取决于唱歌声的基频(F0)分析,因此我们首先讨论F0估计并比较在语音和语音分析中使用的三种算法。然后,我们描述颤音检测和分析算法,并使用合成和自然歌唱信号评估其性能。总体而言,结果表明,颤音频率和扩展的相对估计误差低于0.1%。

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