Internet of Things (IoT) devices require orientation insensitive communication and a small
footprint. Wireless communication should be maintained across the whole operation band …

Contamination events worldwide have brought air quality to the forefront of environmental
monitoring. The currently employed fixed weather stations (FWSs) for this task are bulky and …

Internet of Things (IoTs) applications require compact antennas with quasi-isotropic
radiation patterns to maintain orientation-insensitive communication. Moreover, IoT devices …

To fulfill the growing demand of next-generation wireless devices, additive manufacturing
has emerged as the most economical, environmentally friendly, and high-throughput …

Quasi-isotropic antennas that can exhibit circular polarization (CP) are in high demand for
applications such as the Internet of Things (IoT). These two features ensure orientation and …

Energy-starved devices can rely on solar panels to power themselves, collect sensor data,
and send it wirelessly to a fixed base station. Thus, vertically integrated microstrip patch …

This work presents a review of the different types of antenna designs and recent trends for
the implementation of planar antennas for different objectives in an IoT-based smart …

Energy-starved devices can rely on solar panels to power themselves, collect sensor data,
and send it wirelessly to a fixed base station. Thus, vertically integrated microstrip patch …