The programming of CIs is essential for good performance. However, no Good Clinical
Practice guidelines exist. This paper reports on the results of an inventory of the current …

Objectives: Reliable determination of cochlear implant electrode positions shows promise
for clinical applications, including anatomy-based fitting of audio processors or monitoring of …

Objectives The objectives were to characterize the effects of wearing face coverings on: 1)
acoustic speech cues, and 2) speech recognition of patients with hearing loss who listen …

Introduction Estimating differences in neural health across different sites within the individual
cochlea potentially enables clinical applications for subjects with a cochlear implant. The …

Objective: To determine if cochlear implants recipients can be safely and effectively fitted
with their sound processor one day after their implant surgery. Design: All subjects were …

Hearing loss is a growing public health concern associated with decreased health-related
quality of life (HRQoL) and a negative impact on work life. Knowledge about the long-term …

Electrode impedance (EI) is the first objective assessment carried out during the surgical
procedure and follow-up of cochlear implanted patients. This measure provides information …

Introduction As of 2014 more than 1200 patients have received a cochlear implant (CI) at
Oslo University Hospital (OUS) and approximately half of them have been children. The data …

Objective: The software application FOX ('Fitting to Outcome eXpert') is an intelligent agent
to assist in the programing of cochlear implant (CI) processors. The current version utilizes a …

In patients with a cochlear implant (CI), the first critical point in processing auditory
information from sound stimuli that leads to comprehension is the interface between the …