Sep 15, 2023 · We propose a subarray partition technique based on the tournament algorithm to enable spatial multibeam synthesis.

In this paper, subarray configuration and excitation are alternately optimized through multiple rounds of tournament iterations. Each iteration calculates ...

Oct 22, 2024 · In this paper, subarray configuration and excitation are alternately optimized through multiple rounds of tournament iterations. Each iteration ...

This paper proposes a subarray partition method for array antennas using an excitation amplitude tournament. Compared with other algorithms, the proposed ...

Wang K. et al. A Multibeam Subarray Partition Design via Iterative Excitation Amplitude Tournament // IEEE Access. 2023. Vol. 11. pp. 101949-101958. ... Wang K., ...

A Multibeam Subarray Partition Design via Iterative Excitation Amplitude Tournament. IEEE Access. 2023 | Journal article. DOI: 10.1109/ACCESS.2023.3315740.

Jing Tan's 9 research works with 74 citations, including: A Multibeam Subarray Partition Design Via Iterative Excitation Amplitude Tournament.

This paper proposes a novel subarray division method which is based on the genetic algorithm and helps to divide the subarrays and maintain good mainlobe.

5 Citations · A Multibeam Subarray Partition Design via Iterative Excitation Amplitude Tournament · A sidelobe level reduction (SLL) for planar array antennas.

Oct 21, 2024 · A Multibeam Subarray Partition Design via Iterative Excitation Amplitude Tournament. IEEE Access 11: 101949-101958 (2023). [j51]. view.