Abstract Internet-of-Things (IoT) refers to the massive network interconnection of objects
often equipped with ubiquitous intelligence employed to provide smart services to end …

This study examines the thermal management efficacy of a 3-D printed microfluidic heat sink
device with an intricate microchannel design. The performance of the presented device was …

Thermal management of the hotspots produced by the electronic chips is a significant issue
for contemporary flexible electronic devices. Being elastic in nature, polydimethylsiloxane …

Most of the low powered devices, embedded devices and remote sensor are powered by
batteries. Even the long-lasting batteries will have limited life span. The replacement of …

For many years, the rate of energy consumption has been higher than the rate at which
natural resources are being generated. Green energy is a major solution to achieve a …

Although LTE-A networks support a high-speed data rate, a large increase in capacity leads
to a decrease in the level of performance, especially at the edge of the cell. Coordinated …

This paper proposes a low-power wireless sensor node which is able to deal with energy
harvesting mismatches. The hardware incorporates thermoelectric and piezoelectric …

A compelling solution to the issue of high heat flux generated by flexible electronic devices
has been found in liquid-based microfluidic cooling devices. It has been earlier realized that …

Abstract Internet of Things (IoT) alludes to the enormous network interconnection of items
frequently furnished with universal savvy utilized to offer savvy facilities to end clients …

In general, a high-noise channel is one of the most serious problems facing systems. It is
resulting in exhaustion of system resources with minimal performance and addressing the …