对于人的听觉中枢处理器是如何取得好的频率分辨率的问题存在着两种观点。其一是基于每300dB/上升八度的理论;另一种则认为联接头发细胞的神经所产生的兴奋电位(AP)对于输入信号的频率fin或其低次谐波具有部分的同步作用。然而使该观点成立的一个主要障碍是在输入高频声音信号时这种同步作用失效。当然这 There are two perspectives on how the human auditory central processor can achieve good frequency resolution. One is based on the theory that every 300 dB / increase octave; the other is that the excited potential (AP) generated by the nerve that connects the hair cells has a partial synchronizing effect on the frequency fin of the input signal or its lower harmonics. However, one of the major obstacles to the establishment of this view is the failure of this synchronization when high-frequency sound signals are input. Of course this