In recent years, the rapid development of wireless technologies has led to the widespread
adoption of the Internet of Things (IoT) in various fields. One of the fastest-growing segments …

In this article, a dual-port single-element coaxial probe-fed cylindrical dielectric resonator
MIMO antenna is designed and investigated. The high-permittivity dielectric () is composed …

The antenna is compact and inexpensive to be used in IoT settings. The antennas enable a
flexible design across a wide range of wireless frequencies. In this study, we survey several …

Meander Line Antenna (MLA) is widely employed in compact electronic devices, such as
cellular phones and WLAN terminals, owing to its electrically small size. To facilitate …

This study introduces a cost-effective monopole antenna array and its MIMO configuration.
The single element consists of a rectangular patch monopole featuring five circular slots at …

This project develops an innovative educational board for learning about the Internet of
Things (IoT), with a strong focus on enhancing STEM (Science, Technology, Engineering …

The paper introduces a design concept for a microstrip patch antenna operating within the
2.4 GHz ISM (Industrial, Scientific, and Medical) band, specifically suitable for applications …

The article presents the design and investigation of a lotus-shaped triple-tuned wideband
monopole-antenna for wireless communication services (WCS), satellite radio, and weather …

The antenna is a significant component of any wireless system communication device. The
term Antenna comes from Latin word “Antenna”. One of the most common kinds of printed …

The effect of ambient temperature on the wireless frequency range, focusing on minimizing
signal loss, is discussed in the paper. The antenna under investigation operates within two …