This study presents an efficient technique for estimating the radiation characteristics of an antenna system by exploiting its scattering matrix. The method involves a series of radiating elements and probes positioned at strategic intervals, enabling the reconstruction of the S-matrix and subsequent radiation characteristic estimation. To illustrate the effectiveness of this approach, a test case is evaluated, demonstrating the optimization of radiated fields using the multi-objective Pareto front to achieve optimal trade-offs.
Efficient and Robust Optimization of Wearable Antenna Arrays with Multi-Objective Pareto Front
Choudhury S.;Costa F.;Manara G.;Tedjini S.;Genovesi S.
2024-01-01
Abstract
This study presents an efficient technique for estimating the radiation characteristics of an antenna system by exploiting its scattering matrix. The method involves a series of radiating elements and probes positioned at strategic intervals, enabling the reconstruction of the S-matrix and subsequent radiation characteristic estimation. To illustrate the effectiveness of this approach, a test case is evaluated, demonstrating the optimization of radiated fields using the multi-objective Pareto front to achieve optimal trade-offs.File in questo prodotto:
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