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LATERAL-INHIBITORY-NETWORK MODELS OF TINNITUS

机译:耳鸣的横向抑制网络模型

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摘要

Lateral-inhibitory-networks (LINs) of neurons enhance edges and peaks in their input excitation pattern. In the case of reduced spontaneous input to a region of a LIN, the edges between the normal and abnormal spontaneous input will be enhanced in the LIN's output. In LINs within the central auditory system, regional reduction of spontaneous input may occur because of deafferentation resulting from a peripheral hearing loss. A model of auditory LINs is developed to investigate how such abnormal spontaneous edges in LIN outputs could be related to tinnitus, the phantom perception of sounds.
机译:神经元的横向抑制网络(液体)在其输入激励图案中增强边缘和峰。在对LIN区域的自发输入减少的情况下,在LIN的输出中将增强正常和异常自发输入之间的边缘。在中央听觉系统内的林内,由于外周听力损失导致的脱染性,可能发生自发输入的区域减少。开发了一种听觉滞后模型,以研究林输出中的这种异常自发边缘如何与耳鸣,对声音的幻影感知有关。

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