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This study aimed to design and development of a Radio Frequency (RF) Propagation Map and an Antenna Coverage Map to optimize the deployment of a public address (PA) or paging system to be installed at... Caraga State University (CSU) – Main Campus. The main objective is to ensure robust and continuous signal coverage in all critical university zones to facilitate reliable communication during emergencies, routine operations and important events. MATLAB was used to simulate RF signal behavior, incorporating variables such as antenna height, transmission power, frequency, and environmental obstructions including vegetation and other infrastructures present in the campus. The RF Propagation Map shows signal distribution and identifies potential dead zones, while the Antenna Coverage Map shows proposed optimal placement of transmitters to maximize coverage efficiency. Simulation results confirm that strategic antenna positioning significantly enhances signal reach and system performance. The developed system offers a scalable, cost-effective reference model for implementing similar communication systems in institutional and large-area settings.続きを見る
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Mendeley出力
2025_p0632