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Enhancing Wireless Communication: Design and Analysis of Ultra-Wideband Fork Monopole Antenna with Substrate Integrated Waveguide Resonator |
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PP: 37-57 |
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doi:10.18576/aeta/130104
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Author(s) |
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Roger Merriman,
Khaled Bawaneh,
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Abstract |
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| 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. |
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