Interfaces with peripheral nerves have been widely developed to enable bioelectronic
control of neural activity. Peripheral nerve neuromodulation shows great potential in …

This article presents a wireless neural implant with body-coupled (BC) data transmission
and power delivery for freely behaving animals and incorporates a precision front end for …

During the past two decades, epileptic seizure detection and prediction algorithms have
evolved rapidly. However, despite significant performance improvements, their hardware …

This research extensively explores contemporary techniques in Underwater Wireless Power
and Data Transfer (WPDT), as found in recent literature over the past 5 years. These …

This article presents a neural-recording IC with automatic gain control (AGC) according to
the input signal level. AGC enhances the dynamic range (DR) of the recording IC by more …

Wireless fully implanted devices are widely adopted for long-term neural-recording
applications, where the cable-induced infection risk can be avoided. Battery-free …

Since the development of the first cardiac pacemaker implant in 1958, implantable medical
devices (IMDs) have assumed a critical role across a broad spectrum of clinical …

MEMS capacitive accelerometer for the Internet of Things (IoT) applications is designed with
open-loop structure rather than close-loop structure to achieve low power consumption. In …

This paper presents an innovative, minimally invasive, battery-free, wireless, peripheral
nervous system (PNS) neural interface, which seamlessly integrates a millimeter-scale …

This article presents a high precision, wide dynamic range (DR) closed-loop
neuromodulation (CLNM) system that can completely reject stimulation artifacts (SA) and …