Driven by its proven therapeutic efficacy in treating movement disorders and psychiatric
conditions, neurostimulation has emerged as a promising intervention for intractable …

This paper presents a comprehensive review of state-of-the-art, commercially available
neurostimulators. We analyse key design parameters and performance metrics of 45 …

We present a framework for the development of closed-loop neurostimulators that can
deliver patient-optimized and temporally-adaptive stimulation pulses for epileptic seizure …

This paper presents a novel charge balancing (CB) with a current-control (CC) mode and a
voltage-control (VC) mode for implantable biphasic stimulators, which can achieve one-step …

Implantable neural stimulation is becoming increasingly popular for treating neurologically
impaired patients, restoring neural functions which would otherwise be lost due to diseases …

This letter proposes an 8-channel retinal prosthesis stimulator with an average amplitude
regulation (AAR) scheme to enable illuminance adaptation in retinal prosthesis to improve …

Safety issues are the most important concern in electrical stimulation. Equating the charge in
the anodic and cathodic phases, namely charge balancing or charge equalizing, is a well …

We present a stand-alone energy-efficient integrated circuit (IC) for adaptive co-optimization
of power delivery and energy storage in resonant voltage-mode inductive power receivers …

Ensuring a balanced charge is crucial for a safe neural stimulation with biphasic current
pulses. In this paper, we present a novel charge-balancing technique based on adaptive …

This thesis presents the design and implementation of a closed-loop neurostimulator
controller for delivering patient-optimized, temporally-adaptive stimulation pulses to control …