Data-Driven modelling is a commonly used technique for optimization of models with
expensive computational needs such as antenna designs. In this work, by using Artificial
Intelligence algorithms and simulated data obtained from full-wave simulators, data driven
modelling of a microstrip patch antenna with a G shape radiator element is taken under
study. The main aim of this process is to use the generated data driven model as a fast and
efficient surrogate model to assist the optimization process of geometrical design …