Two new approaches to the design of speech processors for cochlear implants are
described. The first aims to represent “fine structure” or “fine frequency” information in a way …

It is of great importance to compare the relative merits of different cochlear-implant speech-
processing strategies. Some groups have compared different strategies within single …

In cochlear implant speech processor design, acoustic amplitudes are mapped to electric
currents with the intention of preserving loudness relationships across electrodes. Many …

Previous research has shown that increases in the rate of stimulation on a single electrode
yield changes in pitch perception until the rate is increased beyond a given critical rate, after …

This study investigated the effects of cochlear implant (CI) electrode array type and scalar
location on the number of channels available to CI recipients for maximum speech …

This multi-disciplinary research showed sound could be coded by electrical stimulation of
the cochlea and peripheral auditory nervous system. But the temporal coding of frequency …

Numerical estimations of pitch were obtained from nine postlinguistically deafened adults
using the 22‐electrode cochlear implant manufactured by Cochlear Pty. Limited. A series of …

Objective: This article reviews some of the potential benefits of preserving low-frequency
residual hearing using a short-electrode cochlear implant. Both the status of the inner ear …

Normally hearing listeners were presented with vowels, consonants, and sentences for
identification through an acoustic simulation of a five-channel cochlear implant with …

Due to improved technology, cochlear implant (CI) candidacy has been widened towards
patients with usable residual hearing in the low frequency range. These patients might …