数字语音处理导论

L. Rabiner, R. Schafer
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引用次数: 29

摘要

早在亚历山大·格雷厄姆·贝尔(Alexander Graham Bell)的革命性发明之前,工程师和科学家就开始研究语音交流现象,着眼于创造更高效的人机交流系统。从20世纪60年代开始,数字信号处理(DSP)在语音研究中起着核心作用,今天DSP是实现几十年研究成果的关键。伴随着集成电路技术和计算机体系结构的进步,为语音通信应用的创新创造了几乎无限的技术环境。在本文中,我们强调了DSP技术在现代语音通信研究和应用中的核心作用。我们对数字语音处理进行了全面的概述,从语音信号的基本性质,通过各种以数字形式表示语音的方法,到语音通信和语音自动合成和识别的应用。这个主题的广度不允许我们深入讨论语音处理的任何方面;因此,我们的目标是为组成数字语音处理领域的广泛重要概念提供有用的介绍。更全面的处理将出现在即将出版的《数字语音处理理论与应用》一书中[101]。
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Introduction to Digital Speech Processing
Since even before the time of Alexander Graham Bell's revolutionary invention, engineers and scientists have studied the phenomenon of speech communication with an eye on creating more efficient and effective systems of human-to-human and human-to-machine communication. Starting in the 1960s, digital signal processing (DSP), assumed a central role in speech studies, and today DSP is the key to realizing the fruits of the knowledge that has been gained through decades of research. Concomitant advances in integrated circuit technology and computer architecture have aligned to create a technological environment with virtually limitless opportunities for innovation in speech communication applications. In this text, we highlight the central role of DSP techniques in modern speech communication research and applications. We present a comprehensive overview of digital speech processing that ranges from the basic nature of the speech signal, through a variety of methods of representing speech in digital form, to applications in voice communication and automatic synthesis and recognition of speech. The breadth of this subject does not allow us to discuss any aspect of speech processing to great depth; hence our goal is to provide a useful introduction to the wide range of important concepts that comprise the field of digital speech processing. A more comprehensive treatment will appear in the forthcoming book, Theory and Application of Digital Speech Processing [101].
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