The relationship between the place of electrical stimulation from a cochlear implant and the
corresponding perceived pitch remains uncertain. Previous studies have estimated what the …

Four cochlear implant users, having normal hearing in the unimplanted ear, compared the
pitches of electrical and acoustic stimuli presented to the two ears. Comparisons were …

The aim of this study was to relate the pitch of high-rate electrical stimulation delivered to
individual cochlear implant electrodes to electrode insertion depth and insertion angle. The …

Cochlear implants (CIs) successfully restore hearing in postlingually deaf adults, but in
doing so impose a frequency-position function in the cochlea that may differ from the …

The aim of this study was to assess the frequency–position function resulting from electric
stimulation of electrodes in cochlear implant subjects with significant residual hearing in …

Conclusion. This study demonstrated an evident mismatch between frequencies assigned to
electrodes and frequencies evoked by stimulation of those same electrodes in implanted …

The ideal cochlear implant electrode array positioning enables stimulation over a range of
cochlear positions whose characteristic frequencies cover the frequency range of speech …

In the normal auditory system, the perceived pitch of a tone is closely linked to the cochlear
place of vibration. It has generally been assumed that high-rate electrical stimulation by a …

Objective: Combined electric-acoustic stimulation (EAS) is a therapeutic option for patients
with severe to profound mid-and high-frequency hearing loss while low-frequency hearing is …

For simultaneous acoustic and electric stimulation to be perceived as complementary, it may
be beneficial for hearing aids and cochlear implants (CI) to be adjusted to provide …