The cochlear implant (CI) is widely considered to be one of the most innovative and
successful neuroprosthetic treatments developed to date. Although outcomes vary, CIs are …

The knowledge of patient-specific neural excitation patterns from cochlear implants (CIs) can
provide important information for optimizing efficacy and improving speech perception …

A CMOS bone-guided cochlear implant (BGCI) microsystem is proposed and verified. In the
implanted System on Chip (SoC) of the proposed BGCI, the evoked compound action …

Cochlear implant (CI) performance varies dramatically between subjects. Although the
causes of this variability remain unclear, the electrode-neuron interface is thought to play an …

Objective Spread of excitation (SOE) in cochlear implants (CI) is a measure linked to the
specificity of the electrode-neuron interface. The SOE can be estimated objectively by …

A limiting factor of cochlear implant technology is the spread of electrode-generated
intracochlear electrical field (EF) leading to spread of neural excitation (SOE). In this study …

Objectives: Electrically evoked compound action-potentials (ECAPs) can be recorded using
the electrodes in a cochlear implant (CI) and represent the synchronous responses of the …

The peripheral vestibular system is critical for the execution of activities of daily life as it
provides movement and orientation information to motor and sensory systems. Patients with …

Cochlear implant (CI) listeners struggle to understand speech in background noise.
Interactions between electrode channels due to current spread increase the masking of …

Contemporary cochlear implants (CIs) use cathodic-leading, symmetrical, biphasic current
pulses, despite a growing body of evidence that suggests anodic-leading pulses may be …