Objectives: Many studies have assessed the performance of individuals with cochlear
implants (CIs) with electrically evoked compound action potentials (eCAPs). These eCAP …

Introduction The functional evaluation of auditory-nerve activity in spontaneous conditions
has remained elusive in humans. In animals, the frequency analysis of the round-window …

Objectives: This paper reports a noninvasive method for quantifying neural synchrony in the
cochlear nerve (ie, peripheral neural synchrony) in cochlear implant (CI) users, which allows …

Purpose The hearing outcomes of cochlear implant users depend on the functional status of
the electrode-neuron interface inside the cochlea. This can be assessed by measuring …

Cochlear implants (CIs) are the treatment of choice for profoundly hearing impaired people.
It has been proposed that speech perception in CI users is influenced by the neural health …

Background The refractory recovery function (RRF) measures the electrically evoked
compound action potential (eCAP) in response to a second pulse (probe) after masking by a …

Abstract Auditory Brainstem Responses (ABR) are short-latency electric potentials from the
auditory nervous system that can be evoked by presenting transient acoustic stimuli to the …

The electrically evoked compound action potential (eCAP) has been widely studied for its
clinical value for the evaluation of the surviving auditory nerve (AN) cells. However, many …

There is a growing interest in biomedical engineering in developing procedures that provide
accurate simulations of the neural response to electrical stimulus produced by implants …

Objective: We recently developed a noninvasive method for quantifying neural synchrony in
the cochlear nerve (ie, peripheral neural synchrony) in cochlear implant (CI) users, which …