Durrant J D
Audiology. 1987;26(2):123-32.
The late auditory-evoked potential (AEP) was studied in response to a frequency-modulated complex synthesized from discrete tones, somewhat analogous to visual stimulation using reversals of alternating light and dark stripes. The "pattern-reversal' AEP was found to be a heartier response than the familiar transient-evoked AEP (e.g. tone-burst-elicited potential), but the latencies of the component potentials were longer. The apparent enhancement of the AEP is postulated to be due to response summation across critical bands, akin perhaps to loudness growth as stimulus bandwidth increases.
研究了晚期听觉诱发电位（AEP）对由离散音调合成的调频复合音的反应，这在某种程度上类似于使用明暗条纹交替反转的视觉刺激。发现“模式反转”AEP比常见的瞬态诱发AEP（例如短纯音诱发的电位）反应更强，但成分电位的潜伏期更长。AEP的明显增强被推测是由于跨临界带的反应总和，这可能类似于随着刺激带宽增加响度的增长。
