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Auditory event-related potentials to the apparent auditory image motion

机译:与听觉事件相关的潜在听觉影像运动潜能

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Auditory event-related potentials (ERP) were registered to the dichotically presented white noise stimuli (duration 1500 ms, band 150-1200 Hz). Abrupt or gradual change ofinteraural time difference in the middle of stimuli (750 ms after sound offset) was perceived as an apparent auditory image (AI) instant relocation or motion from the midline to one of the ears. In responses these stimuli two ERPs were observed: one to the sound onset, and second--to the onset of motion or AI relocation. ERPs to AI relocation differed from those to sound onset in longer components latencies (123 ms versus 105 ms for N 1,227 ms versus 190 ms for P2). In responses to AI motion component latencies were even longer (N1: 137 ms, P2: 240 ms); N1 amplitude was greater at sites contralateral to the AI motion direction. nauk
机译:听觉事件相关电位(ERP)被记录到二分法呈现的白噪声刺激(持续时间1500 ms,频带150-1200 Hz)。刺激中间(声音偏移后750 ms)耳间时间差的突然或逐渐变化被视为从中线到一只耳朵的明显听觉图像(AI)即时重新定位或运动。作为对这些刺激的响应,观察到了两种ERP:一种是声音发作,另一种是运动或AI重定位发作。迁移到AI的ERP与在较长组件延迟中的声音发作有所不同(123 ms对比N 1,227 ms的105 ms对比P2的190 ms)。对AI运动组件的响应时间更长(N1:137毫秒,P2:240毫秒);在与AI运动方向相反的部位,N1振幅更大。瑙克

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