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A Processing Method for Pitch Smoothing Based on Autocorrelation and Cepstral FO Detection Approaches

机译:一种基于自相关和抗搏汗探测方法的俯仰平滑的处理方法

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Chinese is known as a syllabic and tonal language and tone recognition plays an important role and provides very strong discriminative information for Chinese speech recognition [1]. Usually, the tone classification is based on the FO (fundamental frequency) contours [2]. It is possible to infer a speaker's gender, age and emotion from his/her pitch, regardless of what is said. Meanwhile, the same sequence of words can convey very different meanings with variations in intonation. However, accurate pitch detection is difficult partly because tracked pitch contours are not ideal smooth curves. In this paper, we present a new smoothing algorithm for detected pitch contours. The effectiveness of the proposed method was shown using the HUB4-NE [3] natural speech corpus.
机译:汉语被称为音节和音调语言,色调识别起着重要作用,并为中国语音识别提供了非常强烈的歧视信息[1]。通常,音调分类基于FO(基频)轮廓[2]。无论说什么,可以从他/她的音高推断出扬声器的性别,年龄和情感。同时,相同的单词序列可以传达具有语调的变化的非常不同的含义。然而,准确的音高检测部分是困难的,因为跟踪的间距轮廓不是理想的平滑曲线。在本文中,我们为检测到的音调轮廓提出了一种新的平滑算法。使用Hub4-Ne [3]自然语音语料库显示了所提出的方法的有效性。

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