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Detection of the Frequency Characteristics of the Articulation System with the Use of Voice Source Signal Recording Method

机译:使用语音源信号记录方法检测关节系统的频率特性

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The given research is aimed at registering and analysing speech signal obtained through a microphone placed in the proximity of the vocal folds and comparing it with the output speech signal. The external microphone was located near the lips of the subject. The internal one was located in the proximity of the subjects's vocal folds by a phoniatrician with the use of special medical equipment. The speech signal containing isolated vowels and connected speech was registered synchronously through both microphones. The main interest of the paper is the acoustic characteristics of these signals, mainly, the vowel formant structure. Besides, the non-linearity of the vocal tract system was considered. The new method of obtaining frequency characteristics of the articulation system is used. The coprocessing of several acoustic realizations helps to elaborate the methods of discrimination and modeling the transfer functions of the voice source and filter components of the vocal tract. The speech signals that are influenced at different levels by two parts of the vocal tract are processed. It allows constructing the vowel formant structure of frequency constituents and their variations.
机译:给出的研究旨在记录和分析通过放置在人声折痕附近的麦克风获得的语音信号,并将其与输出语音信号进行比较。外部麦克风位于对象的嘴唇附近。内部是由一名专科医生使用特殊医疗设备放置在受试者的声带附近。包含隔离元音和已连接语音的语音信号通过两个麦克风同步记录。本文的主要兴趣是这些信号的声学特性,主要是元音共振峰结构。此外,还考虑了声道系统的非线性。使用获得关节系统的频率特性的新方法。几种声学实现的协同处理有助于详细说明辨别方法,并对语音源和声道滤波器成分的传递函数建模。处理受声道的两个部分在不同级别影响的语音信号。它允许构建频率成分及其变化的元音共振峰结构。

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