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Processing of complex sounds in the auditory system.

机译:在听觉系统中处理复杂的声音。

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摘要

The coding of complex sounds in the early auditory system has a 'standard model' based on the known physiology of the cochlea and main brainstem pathways. This model accounts for a wide range of perceptual capabilities. It is generally accepted that high cortical areas encode abstract qualities such as spatial location or speech sound identity. Between the early and late auditory system, the role of primary auditory cortex (A1) is still debated. A1 is clearly much more than a 'whiteboard' of acoustic information-neurons in A1 have complex response properties, showing sensitivity to both low-level and high-level features of sounds.
机译:早期听觉系统中复杂声音的编码具有“标准模型”,该模型基于耳蜗和主要脑干途径的已知生理学。该模型说明了广泛的感知能力。通常公认的是,高皮质区域编码抽象质量,例如空间位置或语音身份。在早期和晚期听觉系统之间,主要听觉皮层(A1)的作用仍在争论中。显然,A1远不只是声学信息神经“白板”,它具有复杂的响应特性,显示出对声音的低级和高级特征的敏感性。

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