In recent years, research on transducers and system architectures for self-powered devices
has gained attention for their direct impact on the Internet of Things in terms of cost, power …

In the last few decades, the attention is being carried by the research and development of
wearable sensors for the potential, optimization and hand ready data in instantaneous and …

The continuous miniaturization and reduction of power consumption in modern electronic
devices enables and demands the employment of alternative energy sources. Primary …

Wireless body sensor networks are becoming a ubiquitous solution to preventing chronic
illnesses for a population with an ever-increasing number of elderly people. Through …

Today, the humans are completely dependent on technology and are struggling hard to
make it more advanced. People have made their life more complex and busy. In their busy …

Implantable medical devices, wearable medical devices and body sensor networks are
rapidly developing research areas of recent years. These devices need self-powered …

Current advancements and growth in the arena of the Internet of Things (IoT) is providing
great potential in the novel epoch of healthcare. The future of healthcare is expansively …

In medical applications, embedded system technologies have become increas ingly
significant. Developing tools to improve the safety of healthcare profes sionals in the …

Energy harvesting is an important enabling technology necessary to unleash the next shift in
mm-scale and μW power computing devices, especially for wireless sensor nodes. Energy …

Mobile healthcare systems have great potential for continuous monitoring. These devices
are often battery operated. Thus energy management in these wearable, wireless devices is …