This paper presents a strategy to integrate HFSS and GA, and results in a very useful design
tools for waveguide components. Examples of realistic design problems are demonstrated …

A general optimization scheme for the autonomous design of transverse waveguide filters
has been presented. By employing a novel genetic algorithm in conjunction with a …

In contrast to a neural network-based synthesis technique proposed by CH Chan et
al.(1992), the present method does not search for the optimal design by optimizing the …

Modern CAD tools for antenna waveguide components design require the introduction of
optimization strategies in order to reduce both the computer effort and the overall complexity …

This paper presents a case study of advanced optimization techniques for the automated
design of complex waveguide filters for space applications. Advanced design strategies …

A microwave device is usually designed by repeated trial and error until its performance
satisfies its design goal. Numerical analysis has been applied to predict the performance of …

In this study, we present an improved genetic algorithm (GA) to design user‐specified filters
housed in a waveguide of arbitrary cross‐sectional dimensions. An edge‐based finite …

The paper presents an efficient method to design H-plane structures. The method consists of
a powerful combination of the finite element method to analyze H-plane structures with an …

A technique of automatic optimization for guiding structures at microwave range is
presented. Geometrical parameters have been optimized taking into account conflicting …

Summary form only given. Calabazas Creek Research (CCR) and North Carolina State
University implemented several novel features into the optimization capabilities of the large …