Learning electrically stimulated speech patterns can be a new and difficult experience for
cochlear implant (CI) recipients. Recent studies have shown that most implant recipients at …

Advances in implant technology and speech processing have provided great benefit to
many cochlear implant patients. However, some patients receive little benefit from the latest …

Perceptual training with spectrally degraded environmental sounds results in improved
environmental sound identification, with benefits shown to extend to untrained speech …

In cochlear implant (CI) patients, temporal processing is often poorest at low listening levels,
making perception difficult for low-amplitude temporal cues that are important for consonant …

Two studies investigating gap-detection thresholds were conducted with cochlear-implant
subjects whose onset of profound hearing loss was very early in life. The Cochlear Limited …

Objectives: Environmental sound perception serves an important ecological function by
providing listeners with information about objects and events in their immediate …

Gap detection threshold (GDT) is a commonly used measure of temporal acuity in cochlear-
implant (CI) recipients. This measure, like other measures of temporal acuity, shows …

Purpose This study examined the ability of listeners using cochlear implants (CIs) and
listeners with normal hearing (NH) to identify silent gaps of different duration and the relation …

The objective was to determine if one of the neural temporal features, neural adaptation, can
account for the across-subject variability in behavioral measures of temporal processing and …

Objective Cochlear implant (CI) recipient's speech perception performance is highly variable
and is influenced by temporal processing abilities. Temporal processing is commonly …