A self-configured body sensor network controller and a high efficiency wirelessly powered
sensor are presented for a wearable, continuous health monitoring system. The sensor chip …

Owing to the rapid progress in fabrication technologies of conductive fibrous materials and
the increasing demand for wireless communications in smart clothing systems, the potential …

This paper presents the body-coupled power transmission and ambient energy harvesting
ICs. The ICs utilize human body-coupling to deliver power to the entire body, and at the …

A wearable textile antenna with multiple resonance frequencies is proposed for the
reception of FM signals using conductive embroidery of metal composite embroidery yarn …

Applications like connected healthcare through physiological signal monitoring and secure
authentication using wearable keys can benefit greatly from the battery-less operation. Low …

This letter proposes wearable electronic modules on textile, suitable for garment integration,
based on antennas magnetically coupled to the active circuitry. The coupling mechanism is …

A low power wireless transceiver has been presented for near-field data transmission across
inductive telemetry links, which operates based on pulse harmonic modulation (PHM). This …

This paper introduces a new modulation technique, called pulse harmonic modulation
(PHM), for wideband, low power data transmission across inductive telemetry links that …

Wearable health care is part of the more general category of wearable computers or
wearable electronics. Wearable electronics and wearable computers appeared in the mid …

Body Coupled Communication (BCC) utilizes human body itself as a communication
medium to provide energy-efficient connectivity between nodes on or around the body …