We propose a powering scheme for tiny wearable devices attached on a cloth without
individual one-to-one wires. Devices with a special connector consisting of a tack and a …

OBJECTIVE: To solve the complicated wires and battery maintenance problems in the
application of wearable computing for biomedical monitoring, the electromyography (EMG) …

Bioimpedance imaging aims to generate a 3D map of the resistivity and permittivity of
biological tissue from multiple impedance channels measured with electrodes applied to the …

Numbers of devices are distributed in the environment in wearable and ubiquitous
computing systems, and all of such devices need power supply and communication ways as …

Applications of sensor nodes in our daily lives are increasing. Sensor nodes can be
embedded in textiles to monitor various environmental parameters or to measure …

Wearable health monitoring networks are useful for many populations. We propose a
network that relies on DC powerline communication for power and data transmission …

According to the drastic development of computers and network systems, a new paradigm of
computing system, the wearable computing systems is recently widely studied [l, 21. Users …

Wearable monitoring networks are designed to augment and improve daily life. These
systems require sensors and various electrical components to be mounted on the body. We …

We present detachable, batteryless, and Inter-Integrated Circuit (I2C)-enabled sensor nodes
that operate on clothes for wearable sensor systems. A double-layered conductive fabric is …

This paper proposes a novel technique for utilizing electrically conductive textiles as a
distributed sensor for detecting and localizing liquids (eg, blood), damage (eg, rips, cuts …