Despite advances in technology, the ability to perceive music remains limited for many
cochlear implant users. This paper reviews the technological, biological, and acoustical …

Cochlear implants (CIs) have been remarkably successful at restoring hearing in severely-to-
profoundly hearing-impaired individuals. However, users often struggle to deconstruct …

High stimulation rates in cochlear implants (CI) offer better temporal sampling, can induce
stochastic-like firing of auditory neurons and can increase the electric dynamic range, all of …

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 …

Bioelectrodes for neural recording and neurostimulation are an integral component of a
number of neuroprosthetic devices, including the commercially available cochlear implant …

In cochlear implants (CIs), increasing the stimulation rate typically increases the electric
dynamic range (DR), mostly by reducing audibility thresholds. While CI users' intensity …

Acoustic vocoders play a key role in simulating the speech information available to cochlear
implant (CI) users. Traditionally, the intelligibility of vocoder CI simulations is assessed …

Cochlear implants (CIs) have been remarkably successful at restoring speech perception for
severely to profoundly deaf individuals. Despite their success, several limitations remain …

Despite remarkable advances made to ameliorate how cochlear implants process the
acoustic environment, many improvements can still be made. One of most fundamental …

The effect of amplitude modulation of pulse trains on the loudness perceived by cochlear
implantees was investigated for different overall levels of the signal, modulation depth and …