This study focuses on synthesizing multiple radiation patterns in circular antenna arrays using a hybrid optimization algorithm. The approach improves antenna performance by reducing side lobe levels and enhancing main lobe directivity. By combining advanced optimization methods, the system achieves precise control over radiation characteristics, making it suitable for high-efficiency communication and radar applications. The findings highlight how structured array design and intelligent optimization contribute to superior signal quality and directional accuracy.
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Applied Computational Electromagnetics
Indexing: SCIE
https://doi.org/10.3390/a10760256