The human soundscape is characterized by complex sounds with rich harmonic structures,
dynamic amplitude modulations, and rapid spectrotemporal fluctuations. This complexity is …

Design: A retrospective medical record review of evoked potential and audiometric data
were used to determine the accuracy with which click-evoked and tone burst–evoked …

The click-evoked auditory brainstem response (ABR) is widely used in clinical settings,
partly due to its predictability and high test-retest consistency. More recently, the speech …

In 1999 J. Walton, M. Orlando, & R. Burkard (Hearing Research, 127, 86–94) investigated
aging effects on auditory brainstem response (ABR) wave V latency using a tone-on …

OBJECTIVE: The speech-evoked auditory brainstem response (ABR) provides an objective
measure of subcortical encoding of complex acoustic features. However, the intrasubject …

The auditory brain stem response (ABR) is felt to be an objective technique for predicting
hearing thresholds because a voluntary response is not required from the subject. However …

The auditory brain stem response to speech mimics the acoustic characteristics of the
speech signal with remarkable fidelity. This makes it possible to derive from it considerable …

Auditory brainstem responses (ABRs) are recorded in ten normal-hearing adults (20 ears) in
response to a standard 100 μ s click and five chirps having different durations (sweeping …

The objective of this study was to localize the intracerebral generators for auditory steady-
state responses. The stimulus was a continuous 1000-Hz tone presented to the right or left …

Objective: This experiment was designed to evaluate whether neural encoding of speech
features at the brain stem level is altered in the aging auditory system. In addition, the effect …