Importance Cochlear implant users generally display poor pitch perception. Flat-panel
computed tomography (FPCT) has recently emerged as a modality capable of localizing …

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) …

Background Due to variation in electrode design, insertion depth and cochlear morphology,
patients with a cochlear implant (CI) often have to adapt to a substantial mismatch between …

Fitting cochlear implant (CI) users can be challenging. Anatomy-based fitting (ABF) maps
may have the potential to lead to better objective and subjective outcomes than conventional …

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 …

Objective Comparison of acute speech recognition for cochlear implant (CI) alone and
electric‐acoustic stimulation (EAS) users listening with default maps or place‐based maps …

Bilateral cochlear implants (BI-CIs) or a CI for single-sided deafness (SSD-CI; one normally
functioning acoustic ear) can partially restore spatial-hearing abilities, including sound …

The cochlear implant (CI) has been labeled the most successful neural prosthesis. Despite
this success, a significant number of CI recipients experience poor speech understanding …

This study examined two hypotheses: that speech understanding of cochlear implantees
could be improved by removing electrodes that exhibit nontonotopic percepts from the …

Good localization accuracy depends on an auditory spatial map that provides consistent
binaural information across frequency and level. This study investigated whether mapping …