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ELECTROPHYSIOLOGICAL EVIDENCE OF BINAURAL
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Acoust action potential approximately assumption auditory average intensity average probability Bergeijk binaural interaction binaural localization cats cells responding change in interaural contralateral accessory nuclei contralateral ear cortex dendrites difference and interaural earphones Effect of average electrode electrophysiological equal response activity evoked firing in response frequency of firing function of interaural Galambos given interaural group of cells increases inferior colliculus intensity and interaural INTENSITY db interaural intensity difference interaural time difference ipsilateral accessory nucleus ipsilateral and contralateral ipsilateral ear latency lateral lemniscus left ear localization of sounds medial midline minimum detectable change monaural nerve cells neural number of cells observed parameters pathway predictions probability of firing psychophysical experiments pulses quency of firing relative fre relative frequency right accessory nuclei right ear Schmitt trigger shown in Fig side slow-wave potential stimulus presentation superior olivary complex superior olive trapezoid body trapezoid nucleus usec ventral virtual image zero interaural