Steady-state evoked potentials can be recorded from the human scalp in response to
auditory stimuli presented at rates between 1 and 200 Hz or by periodic modulations of the …

Almost all of the processing that occurs in the various lower auditory nuclei converges upon
a common target in the central nucleus of the inferior colliculus (ICc) thus making the ICc the …

Older human listeners demonstrate perceptual deficits in temporal processing even when
audibility has been controlled. These age-related auditory deficits in temporal processing …

Interaural level difference (ILD) is one of the basic binaural clues in the spatial localization of
a sound source. Due to the acoustic shadow cast by the head, a sound source out of the …

人类听觉的基本特性和机制与其他哺乳动物相似, 因此, 利用动物所作的听觉研究和获得的结果,
有助于认识人类自身的听觉. 围绕听觉中枢神经元对不同模式的声信号的识别和处理 …

Sensitivity of central auditory neurons to frequency modulated (FM) sound is often
characterized based on spectro-temporal receptive field (STRF), which is generated by …

Modeling central auditory neurons in response to complex sounds not only helps
understanding neural processing of speech signals but can also provide insights for …

Publisher Summary This chapter reviews the ways in which neurons at different levels of the
auditory pathway respond to frequency modulations (FMs). The chapter describes the …

Background: The aim of the study was to compare the estimation of hearing threshold values
by behavioral and electrophysiological (ASSR) methods in subjects with normal hearing and …

Interaural time difference (ITD) is a major cue for sound azimuth localization at lower sound
frequencies. We review two theories of how the sound localization neural circuit works. One …