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不同语言背景的普通听众对自然口哨元音的分类。

Categorization of Natural Whistled Vowels by Naïve Listeners of Different Language Background.

作者信息

Meyer Julien, Dentel Laure, Meunier Fanny

机构信息

Univ. Grenoble Alpes, CNRSGIPSA-Lab, Grenoble, France; Centre National de la Recherche Scientifique, Laboratoire sur le Langage, le Cerveau et la CognitionBron, France.

The World Whistles Research Association Paris, France.

出版信息

Front Psychol. 2017 Jan 24;8:25. doi: 10.3389/fpsyg.2017.00025. eCollection 2017.

Abstract

Whistled speech in a non-tonal language consists of the natural emulation of vocalic and consonantal qualities in a simple modulated whistled signal. This special speech register represents a natural telecommunication system that enables high levels of sentence intelligibility by trained speakers and is not directly intelligible to naïve listeners. Yet, it is easily learned by speakers of the language that is being whistled, as attested by the current efforts of the revitalization of whistled Spanish in the Canary Islands. To better understand the relation between whistled and spoken speech perception, we look herein at how Spanish, French, and Standard Chinese native speakers, knowing nothing about whistled speech, categorized four Spanish whistled vowels. The results show that the listeners categorized differently depending on their native language. The Standard Chinese speakers demonstrated the worst performance on this task but were still able to associate a tonal whistle to vowel categories. Spanish speakers were the most accurate, and both Spanish and French participants were able to categorize the four vowels, although not as accurately as an expert whistler. These results attest that whistled speech can be used as a natural laboratory to test the perceptual processes of language.

摘要

非声调语言中的口哨语由在简单调制的口哨信号中对元音和辅音特征的自然模仿组成。这种特殊的语音记录代表了一种自然的通信系统,经过训练的使用者能够达到较高的句子清晰度,但对于未经训练的听众来说则无法直接理解。然而,正如目前在加那利群岛复兴口哨西班牙语的努力所证明的那样,说该语言的人很容易学会这种口哨语。为了更好地理解口哨语和口语感知之间的关系,我们在此研究了对口哨语一无所知的西班牙语、法语和标准中文母语者如何对四个西班牙语口哨元音进行分类。结果表明,听众的分类因母语不同而有所差异。标准中文使用者在这项任务中的表现最差,但仍能够将带有声调的口哨与元音类别联系起来。西班牙语使用者最为准确,西班牙语和法语参与者都能够对这四个元音进行分类,尽管不如专业口哨使用者准确。这些结果证明,口哨语可以用作测试语言感知过程的天然实验室。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/718f/5258750/571af1567c26/fpsyg-08-00025-g001.jpg

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