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Voice processing in human and non-human primates

机译:人类和非人类灵长类动物的语音处理

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摘要

Humans share with non-human primates a number of voice perception abilities of crucial importance in social interactions, such as the ability to identify a conspecific individual from its vocalizations. Speech perception is likely to have evolved in our ancestors on the basis of pre-existing neural mechanisms involved in extracting behaviourally relevant information from conspecific vocalizations ( CVs). Studying the neural bases of voice perception in primates thus not only has the potential to shed light on cerebral mechanisms that may be - unlike those involved in speech perception - directly homologous between species, but also has direct implications for our understanding of how speech appeared in humans. In this comparative review, we focus on behavioural and neurobiological evidence relative to two issues central to voice perception in human and non-human primates: (i) are CVs 'special', i. e. are they analysed using dedicated cerebral mechanisms not used for other sound categories, and (ii) to what extent and using what neural mechanisms do primates identify conspecific individuals from their vocalizations?
机译:人类与非人类灵长类动物共享许多在社交互动中至关重要的语音感知能力,例如从其发声中识别特定个体的能力。语音感知在我们的祖先中可能已经在基于从特定声音(CV)提取与行为相关的信息的神经机制的基础上发展了。因此,研究灵长类动物语音感知的神经基础不仅有可能阐明可能与物种之间直接同源的大脑机制(与涉及语音感知的神经机制不同),而且还直接影响我们对语音在大脑中的出现的理解。人类。在本比较研究中,我们重点关注与人类和非人类灵长类动物的语音感知至关重要的两个问题相关的行为和神经生物学证据:(i)CV是“特殊”的,i。 e。他们是否使用了不用于其他声音类别的专用大脑机制进行了分析,以及(ii)灵长类动物在发声中从多大程度上使用何种神经机制识别出特定个体?

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