Enhancing Wireless Communication: Design and Analysis of  Ultra-Wideband Fork Monopole Antenna with Substrate  Integrated Waveguide Resonator

Authors

Roger Merriman Department of Industrial Engineering,Wichita State University, Kansas, USA.
Khaled Bawaneh School of Business ,Clark Atlanta University, Goergia, USA.

SIW, impedance matching, microstrip components, square patch, microstrip line feeding.

The fast growth of wireless communication across networks and devices, driven by IoT, forced the antennas

to be compact, light, less expensive, and high-performing ones that meet the required market expectations and

optimize the wireless systems. Hence, these antenna types can be considered options to overcome the mentioned

difficulties. The following research offers a concept of a UWB fork monopole antenna with a substrate-integrated

waveguide resonator for further use. Applying a based antenna improves antenna efficiency, wider bandwidth, with

less dimension and weight. We have developed a particular antenna prototype to measure and verify this methodology.

The connection of adding array holes to the antenna in its bandwidth properties will be considered. The results bring a

level of knowledge about using a Swiss roll-based antenna in wireless communication designing and optimization,

providing valuable information concerning enhancing performance and efficiency to overcome the dynamic IoT

challenges.

Download data is not yet available.