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On a Pitch Detection Method Using Noise Reduction

机译:基于降噪的音高检测方法

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摘要

It can be used to easily change or to maintain the naturalness and intelligibility of quality in speech synthesis and to eliminate the personality for speaker-independence in speech recognition. In this paper, we proposed a new pitch detection algorithm. And Kalman filters are implemented for filtering speech contaminated by additive white noise or colored noise and an iterative signal and parameter estimator which can be used for both noise type is presented. The performance was compared with LPC and Cepstrum, ACF. we have obtained the pitch information improved the accuracy of pitch detection and gross error rate is reduced in voice speech region and in transition region of changing the phoneme. Also the results indicate that the additive white noise Kalman filters provide an audible improvement in output speech quality, and an improved pitch detection. This paper clearly shows the feasibility of using the Kalman filter for noise reduction.
机译:它可用于轻松更改或保持语音合成质量的自然性和可理解性,并消除语音识别中说话者独立的个性。在本文中,我们提出了一种新的基音检测算法。并实现了卡尔曼滤波器,对被加性白噪声或色噪声污染的语音进行滤波,并提出了可用于两种噪声类型的迭代信号和参数估计器。将性能与LPC和倒谱,ACF进行了比较。我们已经获得了音调信息,提高了音调检测的准确度,并且降低了语音语音区域和转换音素的过渡区域中的总错误率。结果还表明,加性白噪声卡尔曼滤波器可改善输出语音质量,并改善音调检测效果。本文清楚地表明了使用卡尔曼滤波器降低噪声的可行性。

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