语音学

D. Whalen
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引用次数: 0

摘要

语音学是语言学的一个分支,研究口语中有意义的区别的物理实现。语音学家研究声音产生的解剖学和物理学,世界上各种语言声音的声学特性,听者用来感知信息的信号特征,以及参与产生和感知的大脑机制。因此,语音学与音韵学和心理语言学有最直接的联系,但它也涉及语言学所独有的一系列学科,包括声学、生理学、生物力学、听力、进化等。早期的理论家认为语音特征的语音实现是普遍的,但很明显,语言在语音元素的语音空间上存在差异,在声学和发音上存在系统差异。这些语言特有的细节将语音学牢牢地置于语言学领域;任何语言的完整描述都必须包括其特定的语音实现模式。随着越来越多的语言被描述,对人类语言中可能的语音实现的描述继续扩大;许多文献记载不足的语言正濒临灭绝,这使得对世界语言的语音研究迫在眉睫。语音分析可以包括转录、声学分析、语音清晰度测量和感知测试,最近在脑成像方面的进展增加了神经控制和处理层面的细节。由于语音学作为语言系统的组成部分和物理世界中的一系列行为的双重性质,语音学与语言学的许多其他分支都有联系,不仅包括音韵学,还包括句法、语义学、社会语言学和临床语言学。语言感知已被证明是视觉和触觉信息的整合,表明这是一个具身系统。手语虽然主要是视觉的,但它采用了“语音”一词来表示实现部分,突出了语音和手语的语言本质。这种多样性为研究语音提供了许多途径,但对任何一种语言的语音系统形成一个全面的描述也提出了挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Phonetics
Phonetics is the branch of linguistics that deals with the physical realization of meaningful distinctions in spoken language. Phoneticians study the anatomy and physics of sound generation, acoustic properties of the sounds of the world’s languages, the features of the signal that listeners use to perceive the message, and the brain mechanisms involved in both production and perception. Therefore, phonetics connects most directly to phonology and psycholinguistics, but it also engages a range of disciplines that are not unique to linguistics, including acoustics, physiology, biomechanics, hearing, evolution, and many others. Early theorists assumed that phonetic implementation of phonological features was universal, but it has become clear that languages differ in their phonetic spaces for phonological elements, with systematic differences in acoustics and articulation. Such language-specific details place phonetics solidly in the domain of linguistics; any complete description of a language must include its specific phonetic realization patterns. The description of what phonetic realizations are possible in human language continues to expand as more languages are described; many of the under-documented languages are endangered, lending urgency to the phonetic study of the world’s languages. Phonetic analysis can consist of transcription, acoustic analysis, measurement of speech articulators, and perceptual tests, with recent advances in brain imaging adding detail at the level of neural control and processing. Because of its dual nature as a component of a linguistic system and a set of actions in the physical world, phonetics has connections to many other branches of linguistics, including not only phonology but syntax, semantics, sociolinguistics, and clinical linguistics as well. Speech perception has been shown to integrate information from both vision and tactile sensation, indicating an embodied system. Sign language, though primarily visual, has adopted the term “phonetics” to represent the realization component, highlighting the linguistic nature both of phonetics and of sign language. Such diversity offers many avenues for studying phonetics, but it presents challenges to forming a comprehensive account of any language’s phonetic system.
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