This paper presents a novel inductive link for wireless transmission of power and data to
biomedical implantable microelectronic devices using multiple carrier signals. Achieving …

Objective. We focus on improving the long-term stability and functionality of neural interfaces
for chronic implantation by using bilayer encapsulation. Approach. We evaluated the long …

Neural prosthetic systems have the potential to restore lost functionality to amputees or
patients suffering from neurological injury or disease. Current systems have primarily been …

Recent technological advances have led to new light-weight battery-operated systems for
electrophysiology. Such systems are head mounted, run for days without experimenter …

We evaluate the encapsulation and packaging reliability of a fully integrated wireless neural
interface based on a Utah Slant Electrode Array/integrated neural interface-recording …

We have used a well-known technique in wireless communication, pulse width modulation
(PWM) of time division multiplexed (TDM) signals, within the architecture of a novel wireless …

In this paper we perform a system-level analysis of a wireless biosignal telemetry system.
We perform an analysis of each major system component (eg, analog front end, analog-to …

We have custom designed a wideband receiver for wireless implantable neural recording
(WINeR) systems that use pulse width modulation and frequency-shift-keying (PWM-FSK) to …

By restoring the ability to move and communicate with the world, brain machine interfaces
(BMIs) offer the potential to improve quality of life for people suffering from spinal cord injury …

Increasing advances in neurology have created high demands of implantable multichannel
electronic devices for recording neural signals. These implants acquire, treat and transmit …