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言语速度的视觉提示如何影响言语感知。

How visual cues to speech rate influence speech perception.

机构信息

Max Planck Institute for Psycholinguistics, Nijmegen, The Netherlands.

Donders Institute for Brain, Cognition and Behaviour, Radboud University, Nijmegen, The Netherlands.

出版信息

Q J Exp Psychol (Hove). 2020 Oct;73(10):1523-1536. doi: 10.1177/1747021820914564. Epub 2020 Apr 20.

DOI:10.1177/1747021820914564
PMID:32160814
Abstract

Spoken words are highly variable and therefore listeners interpret speech sounds relative to the surrounding acoustic context, such as the speech rate of a preceding sentence. For instance, a vowel midway between short /ɑ/ and long /a:/ in Dutch is perceived as short /ɑ/ in the context of preceding slow speech, but as long /a:/ if preceded by a fast context. Despite the well-established influence of visual articulatory cues on speech comprehension, it remains unclear whether visual cues to speech rate also influence subsequent spoken word recognition. In two "Go Fish"-like experiments, participants were presented with audio-only (auditory speech + fixation cross), visual-only (mute videos of talking head), and audiovisual (speech + videos) context sentences, followed by ambiguous target words containing vowels midway between short /ɑ/ and long /a:/. In Experiment 1, target words were always presented auditorily, without visual articulatory cues. Although the audio-only and audiovisual contexts induced a rate effect (i.e., more long /a:/ responses after fast contexts), the visual-only condition did not. When, in Experiment 2, target words were presented audiovisually, rate effects were observed in all three conditions, including visual-only. This suggests that visual cues to speech rate in a context sentence influence the perception of following visual target cues (e.g., duration of lip aperture), which at an audiovisual integration stage bias participants' target categorisation responses. These findings contribute to a better understanding of how what we see influences what we hear.

摘要

口语变化多样,因此听者会根据周围的声学环境(如前一句的语速)来理解语音。例如,在荷兰语中,处于短 /ɑ/ 和长 /a:/ 之间的元音,如果前一句语速较慢,则被感知为短 /ɑ/,但如果前一句语速较快,则被感知为长 /a:/。尽管视觉发音线索对言语理解的影响已得到充分证实,但目前尚不清楚言语速度的视觉线索是否也会影响后续的口语识别。在两项类似于“钓鱼”的实验中,参与者先听到纯音频(听觉语音+注视十字)、纯视频(无声的说话人头)和视听(语音+视频)语境句,然后呈现出中间包含短 /ɑ/ 和长 /a:/ 元音的模糊目标词。在实验 1 中,目标词始终以纯音频呈现,没有视觉发音线索。尽管音频和视听语境引起了语速效应(即快速语境后更倾向于长 /a:/ 反应),但纯视频语境没有引起该效应。在实验 2 中,当目标词以视听形式呈现时,所有三种条件(包括纯视频条件)都观察到了语速效应。这表明语境句中言语速度的视觉线索会影响对后续视觉目标线索(例如唇开口时长)的感知,而在视听整合阶段,这些线索会影响参与者对目标词的分类反应。这些发现有助于更好地理解我们所看到的如何影响我们所听到的。

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