Purpose: Phosphenes are the fundamental building blocks for presenting meaningful visual
information to the visually impaired using a bionic eye device. The aim of this study was to …

The addition of low-passed (LP) speech or even a tone following the fundamental frequency
(F0) of speech has been shown to benefit speech recognition for cochlear implant (CI) users …

A non-parametric bootstrapping statistical method is introduced and investigated for
estimating confidence intervals resulting from information transfer (IT) analysis of confusion …

The present study used eight normal-hearing (NH) subjects, listening to acoustic cochlear
implant (CI) simulations, to examine the effects of spectral shifting on speech recognition in …

Purpose Improved speech recognition in binaurally combined acoustic–electric stimulation
(otherwise known as bimodal hearing) could arise when listeners integrate speech cues …

Speech-perception testing is essential for monitoring outcomes with a hearing aid or
cochlear implant (CI). However, clinical care is time-consuming and often challenging with …

Objective: Speech tests assess the ability of people with hearing loss to comprehend speech
with a hearing aid or cochlear implant. The tests are usually at the word or sentence level …

The aim of this study was to investigate factors that affect second language speech
perception. Listening tests were run in which native and non-native (Norwegian) participants …

The present study examined the effect of combined spectral and temporal enhancement on
speech recognition by cochlear-implant (CI) users in quiet and in noise. The spectral …

This paper presents a parametric Bayesian approach to the statistical analysis of phoneme
confusion matrices measured for groups of individual listeners in one or more test …