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From Mimicry to Language: A Neuroanatomically Based Evolutionary Model of the Emergence of Vocal Language

机译:从模仿到语言:基于神经解剖学的声乐语言进化模型

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摘要

The auditory cortex communicates with the frontal lobe via the middle temporal gyrus (auditory ventral stream; AVS) or the inferior parietal lobule (auditory dorsal stream; ADS). Whereas the AVS is ascribed only with sound recognition, the ADS is ascribed with sound localization, voice detection, prosodic perception/production, lip-speech integration, phoneme discrimination, articulation, repetition, phonological long-term memory and working memory. Previously, I interpreted the juxtaposition of sound localization, voice detection, audio-visual integration and prosodic analysis, as evidence that the behavioral precursor to human speech is the exchange of contact calls in non-human primates. Herein, I interpret the remaining ADS functions as evidence of additional stages in language evolution. According to this model, the role of the ADS in vocal control enabled early Homo (Hominans) to name objects using monosyllabic calls, and allowed children to learn their parents' calls by imitating their lip movements. Initially, the calls were forgotten quickly but gradually were remembered for longer periods. Once the representations of the calls became permanent, mimicry was limited to infancy, and older individuals encoded in the ADS a lexicon for the names of objects (phonological lexicon). Consequently, sound recognition in the AVS was sufficient for activating the phonological representations in the ADS and mimicry became independent of lip-reading. Later, by developing inhibitory connections between acoustic-syllabic representations in the AVS and phonological representations of subsequent syllables in the ADS, Hominans became capable of concatenating the monosyllabic calls for repeating polysyllabic words (i.e., developed working memory). Finally, due to strengthening of connections between phonological representations in the ADS, Hominans became capable of encoding several syllables as a single representation (chunking). Consequently, Hominans began vocalizing and mimicking/rehearsing lists of words (sentences).
机译:听觉皮层通过颞中回(听觉腹侧流; AVS)或顶下小叶(听觉背侧流; ADS)与额叶相通。 AVS仅被赋予声音识别功能,而ADS被赋予了声音定位,语音检测,韵律感知/产生,嘴唇语音整合,音素辨别能力,清晰度,重复性,语音长期记忆和工作记忆。以前,我解释了声音定位,语音检测,视听整合和韵律分析的并列,以证明人类语音的行为先驱是非人类灵长类动物之间的交流。在此,我将其余的ADS功能解释为语言发展中其他阶段的证据。根据此模型,ADS在人声控制中的作用使早期的Homo(Hominans)能够使用单音节发音来命名对象,并允许孩子通过模仿其嘴唇动作来学习父母的发音。最初,这些电话很快就被忘记了,但逐渐被记住了很长时间。一旦通话的表示成为永久性的,模仿就仅限于婴儿期,并且老年人在ADS中编码为对象名称的词典(语音词典)。因此,AVS中的声音识别足以激活ADS中的语音表示,并且模仿变得独立于唇读。后来,通过在AVS中的音节表示与在ADS中后续音节的语音表示之间建立抑制性联系,Hominans能够将重复多音节单词的单音节要求串联起来(即发达的工作记忆)。最后,由于加强了ADS中语音表示之间的联系,因此,人种能够将多个音节编码为单个表示(分块)。因此,人种开始表达和模仿/排练单词(句子)列表。

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