Abstract
The interaural amplitude difference, which will compensate the effect of interaural time difference for lateralization of a binaural image, has been further investigated with binaural transients low-pass filtered in order to minimize the risk of interference from multiple images arising with wide-band transients. Arguing from the effects observed, it is shown that if properties of cochlear neural responses found in the experimental animal are applicable in the human, a simple basis for explaining the main effects of amplitude difference in binaural listening would be available.
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