Purpose The purpose of this study is to characterize parameters used for frequency-
following response (FFR) acquisition in children up to 24 months of age through a …

Spoken language comprehension requires rapid and continuous integration of information,
from lower-level acoustic to higher-level linguistic features. Much of this processing occurs in …

Purpose Speech is characterized by dynamic acoustic cues that must be encoded by the
auditory periphery, auditory nerve, and brainstem before they can be represented in the …

Traditional electrophysiological methods to study temporal auditory processing of the
fundamental frequency of the voice (f0) often use unnaturally repetitive stimuli. In this study …

Significant scientific and translational questions remain in auditory neuroscience
surrounding the neural correlates of perception. Relating perceptual and neural data …

The auditory steady-state response (ASSR) has been traditionally recorded with few
electrodes and is often measured as the voltage difference between mastoid and vertex …

Envelope following responses (EFRs) can be evoked by a wide range of auditory stimuli, but
for many stimulus parameters the effect on EFR strength is not fully understood. This …

The brain transforms continuous acoustic events into discrete category representations to
downsample the speech signal for our perceptual-cognitive systems. Such phonetic …

Measures of signal-in-noise neural encoding may improve understanding of the hearing-in-
noise difficulties experienced by many individuals in everyday life. Usually noise results in …

Objectives The use of cortical auditory evoked potentials allows for the study of the
processing of acoustic signals at the cortical level, an important step in the diagnostic …