Design of Novel Ultrabroadband Printed Antenna and Its Efficient Optimization Using Self‐Adaptive Hybrid Differential Evolution Algorithm
TY Gao, YC Jiao, YX Zhang - International Journal of RF and …, 2023 - Wiley Online Library
A novel compact ultra‐broadband‐modified fork‐shaped printed antenna is optimized
efficiently by using a self‐adaptive hybrid differential evolution (SHDE) algorithm. Firstly, a …
efficiently by using a self‐adaptive hybrid differential evolution (SHDE) algorithm. Firstly, a …
Design of Novel Ultrabroadband Printed Antenna and Its Efficient Optimization Using Self-Adaptive Hybrid Differential Evolution Algorithm.
TY Gao, YC Jiao, YX Zhang - International Journal of RF & …, 2023 - search.ebscohost.com
A novel compact ultra-broadband-modified fork-shaped printed antenna is optimized
efficiently by using a self-adaptive hybrid differential evolution (SHDE) algorithm. Firstly, a …
efficiently by using a self-adaptive hybrid differential evolution (SHDE) algorithm. Firstly, a …
Design of Novel Ultrabroadband Printed Antenna and Its Efficient Optimization Using Self-Adaptive Hybrid Differential Evolution Algorithm
G Tian-Ye, J Yong-Chang… - International Journal of RF …, 2023 - search.proquest.com
A novel compact ultra-broadband-modified fork-shaped printed antenna is optimized
efficiently by using a self-adaptive hybrid differential evolution (SHDE) algorithm. Firstly, a …
efficiently by using a self-adaptive hybrid differential evolution (SHDE) algorithm. Firstly, a …
Design of Novel Ultrabroadband Printed Antenna and Its Efficient Optimization Using Self-Adaptive Hybrid Differential Evolution Algorithm
TY Gao, YC Jiao, YX Zhang - International Journal of RF and Microwave …, 2023 - dl.acm.org
A novel compact ultra-broadband-modified fork-shaped printed antenna is optimized
efficiently by using a self-adaptive hybrid differential evolution (SHDE) algorithm. Firstly, a …
efficiently by using a self-adaptive hybrid differential evolution (SHDE) algorithm. Firstly, a …