Wireless methodologies are the focal point of electronic devices, including telephones,
computers, sensors, mobile phones, laptops, and wearables. However, wireless technology …

Lifetime enhancement of wireless sensor networks (WSNs) has been a significant challenge
for the researchers for the last two decades. In WSNs, sensor nodes operate in an …

In a future green Internet of Things (IoT) reality, billions of devices of the IoT infrastructure
should be self-powered. Harvesting ambient energy to power IoT devices is an attractive …

Both electromagnetic radiation and heat dissipation are important for mobile terminals. For
material selection, radiation seeks high electrical conductivity and is indifferent to thermal …

Harvesting energy from multiple sources, antenna gain, rectifier power conversion efficiency,
and rectenna size are essential properties to consider while designing an antenna for …

A vertically polarized (VP), electromagnetic interference (EMI) suppressed millimeter-wave
(mm-W) active heatsink antenna based on the gap waveguide technology is presented …

A 5G base station antenna array with a frequency selective surface (FSS) radome is
designed. The radome consists of a 1 mm thick metal layer and a 2.2 mm thick dielectric …

The foremost method to exhaust heat sourced from electronic devices is to use heat sinks.
However, in practice, these structures behave as actual antennas and cause interference …

This manuscript proposes a hybrid energy harvest and management system to manage
harvested ambient thermal and radio frequency (RF) energy and provide constant voltage …

Wireless sensors with low power consumption will play an important role in smart city
applications. A power supply is required for the operation of these sensors. Considering the …