This paper provides a methodology to estimate the radiation characteristics of a wearable antenna array by using the scattering matrix of the whole system, comprising both the radiating elements as well as the testing ones. The array feeding scheme is optimized for minimal signal within the body and quasi-omnidirectional radiations outside, and the multi-objective Pareto front is adopted for pursuing these two conflicting objectives. Such a methodology can be adopted for the design of antennas for body-centric communications without involving high computational costs.
Design of Wearable Antenna Arrays by using Multi-Objective Pareto Front Optimization
S. Choudhury;G. Manara;F. Costa;S. Genovesi
2023-01-01
Abstract
This paper provides a methodology to estimate the radiation characteristics of a wearable antenna array by using the scattering matrix of the whole system, comprising both the radiating elements as well as the testing ones. The array feeding scheme is optimized for minimal signal within the body and quasi-omnidirectional radiations outside, and the multi-objective Pareto front is adopted for pursuing these two conflicting objectives. Such a methodology can be adopted for the design of antennas for body-centric communications without involving high computational costs.File in questo prodotto:
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