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Evaluating how well filtered white noise models the residual from sinusoidal modeling of musical instrument sounds

机译:评估过滤的白噪声如何模拟乐器声音正弦建模的残差

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Nowadays, sinusoidal modeling commonly includes a residual obtained by the subtraction of the sinusoidal model from the original sound. This residual signal is often further modeled as filtered white noise. In this work, we evaluate how well filtered white noise models the residual from sinusoidal modeling of musical instrument sounds for several sinusoidal algorithms. We compare how well each sinusoidal model captures the oscillatory behavior of the partials by looking into how “noisy” their residuals are. We performed a listening test to evaluate the perceptual similarity between the original residual and the modeled counterpart. Then we further investigate whether the result of the listening test can be explained by the fine structure of the residual magnitude spectrum. The results presented here have the potential to subsidize improvements on residual modeling.
机译:如今,正弦建模通常包括通过从原始声音减去正弦模型而获得的残余。该残留信号通常进一步建模为滤波的白噪声。在这项工作中,我们评估过滤的白噪声如何模拟来自乐器仪器声音的正弦建模的剩余损坏的几个正弦算法。我们比较每个正弦模式如何通过研究它们的残差如何“嘈杂”是如何捕获部分的振荡行为。我们执行了一个聆听测试,以评估原始残差和建模对应物之间的感知相似性。然后,我们进一步研究了听诊测试的结果是否可以通过残余幅度谱的精细结构来解释。呈现的结果有可能补贴对残留建模的改进。

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