In modern implantable medical devices (IMDs), wireless data transmission between inside
and outside of the body is essential to control IMD parameters and report the acquired data …

We present a novel, fully-integrated, low-power full-duplex transceiver (FDT) to support high-
density and bidirectional neural interfacing applications (high-channel count stimulating and …

This article presents an implantable impulse-radio ultra-wideband (IR-UWB) wireless
telemetry system for intracortical neural sensing interfaces. A 3-D hybrid impulse modulation …

Implantable neural interface devices are an emerging technology for continuous brain
monitoring and brain-computer interface (BCI). Recording of electrical signals from neurons …

Current implantable neural interfaces, both clinically available solutions and research tools,
rely on a limited number of implanted devices (from one to few units). This factor, aside from …

This article presents a low-power (LP) area-efficient implantable neural recording system
that supports high-density neural implant (HDNI) applications. The system uses a time …

This paper provides a comprehensive overview of the recent advances in the field of
wireless contactless sensing circuits and systems for healthcare and biomedical …

This paper presents a millimeter-wave (127 GHz) CMOS transceiver with a digital pre-
distortion capable PAM-4 modulator for contactless communications. The transmitter …

The advent of semiconductor technology in the mid-20th century created unprecedented
opportunities to develop a new generation of small-scale wireless medical sensing devices …

Objective. Electrical brain stimulation provides therapeutic benefits for patients with drug-
resistant neurological disorders. It, however, has restricted access to cell-type selectivity …