Objectives: This review examines evidence for potential benefits of using cochlear implant
electrodes that extend into the apical regions of the cochlea. Most cochlear implant systems …

Sound localization in the sagittal planes, including the ability to distinguish front from back,
relies on spectral features caused by the filtering effects of the head, pinna, and torso. It is …

Objectives: As people age, they experience reduced temporal processing abilities. This
results in poorer ability to understand speech, particularly for degraded input signals …

Objective: This study aims to identify electrode contact location and to assess frequency
deviation between predicted and actual frequency allocation maps in cochlear implant (CI) …

This study investigated the number of channels available to cochlear implant (CI) recipients
for maximum speech understanding and sound quality for lateral wall electrode arrays …

Frequency-place mismatch often occurs after cochlear implantation, yet its effect on speech
perception outcome remains unclear. In this article, we propose a method, based on cochlea …

Using a vocoder, median-plane sound localization performance was measured in eight
normal-hearing listeners as a function of the number of spectral channels. The channels …

A vocoder is used to simulate cochlear-implant sound processing in normal-hearing
listeners. Typically, there is rapid improvement in vocoded speech recognition, but it is …

Objectives The purpose of this study was to investigate the extent to which cochlear implant
(CI) users rely on tempo and mode in perception of musical emotion when compared with …

Individual adjustment of frequency-to-electrode assignment in cochlear implants (CIs) may
potentially improve speech perception outcomes. Twelve adult CI users were recruited for …