Finite-difference frequency-domain technique in conjunction with the particle swarm optimization algorithm is presented as an effective procedure for ridged waveguides design optimization. A suitable objective function is furthermore able to deal with the conflicting requirements of wide bandwidth and high power handling capability. Different configurations have been analyzed, and the influence of the algorithm parameters on the optimized structure has been investigated.
Combined PSO-FDFD optimization of rectangular ridged waveguides
SIMONE, MARCO;FANTI, ALESSANDRO;MONTISCI, GIORGIO;CASULA, GIOVANNI ANDREA;MAZZARELLA, GIUSEPPE
2016-01-01
Abstract
Finite-difference frequency-domain technique in conjunction with the particle swarm optimization algorithm is presented as an effective procedure for ridged waveguides design optimization. A suitable objective function is furthermore able to deal with the conflicting requirements of wide bandwidth and high power handling capability. Different configurations have been analyzed, and the influence of the algorithm parameters on the optimized structure has been investigated.
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