The frequency modulation transfer function provides supplemental measures for the objective evaluation of pitch extractors

Hideki Kawahara, Ken-Ichi Sakakibara, Kohei Yatabe
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Abstract

We propose to apply the frequency modulation transfer function as a supplemental measure for evaluating pitch extractors' performance. We introduced a new family of time-stretched-pulse for acoustic system analysis (Kawahara and Yatabe, ICASSP2021, called CAPRICEP). Composing a test signal using the CAPRICEP units by Walsh-Hadamard sequence enables simultaneous measurement of the linear-time-invariant, non-linear-time-invariant, and random-time-varying attributes. We applied the proposed analysis method to eighteen pitch extractors and visualized their behavior (represented more than five thousand plots) as a movie. The proposed procedure will be available as open-source tools in our GitHub repository.
频率调制传递函数为客观评估音调提取器提供了补充措施
我们建议将频率调制传递函数作为评估音高提取器性能的补充指标。我们为声学系统分析引入了一个新的时间拉伸脉冲系列(Kawahara 和 Yatabe,ICASSP2021,称为 CAPRICEP)。使用 CAPRICEP 单元通过 Walsh-Hadamard 序列组成测试信号,可同时测量线性时变、非线性时变和随机时变属性。我们将提议的分析方法应用于 18 个音调提取器,并将它们的行为(代表五千多个图)可视化为一部电影。我们将在 GitHub 存储库中提供开源工具。
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