Since the end of the 19th century, radioelectronic devices (REDs) have actively penetrated
into all modern community spheres. Achievements in the fields of radio engineering and …

A thorough and insightful introduction to using genetic algorithms to optimize
electromagnetic systems Genetic Algorithms in Electromagnetics focuses on optimizing the …

A prior-knowledge-guided deep-learning-enabled (PK-DL) synthesis method is proposed for
enhancing the transmission bandwidth and phase shift range of metacells used for the …

In this paper, we describe an electromagnetic genetic algorithm (GA) optimization (EGO)
application developed for the cluster supercomputing platform. A representative patch …

Biocompatible antennas are an area of recent research that can facilitate remote
communication with medical implants. This paper shows several possible designs of a" …

Researchers have proposed applying optimization techniques to improve performance of
microstrip antennas (MSAs) in terms of bandwidth, radiation characteristics, polarization …

This paper presents a new procedure for the miniaturization of rectangular microstrip
patches based on genetic algorithms. The shape of a typical rectangular patch is modified in …

An efficient gradient‐based optimisation method is proposed for designing pixel antennas
with hundreds of connections, where the connections between adjacent square pixel …

A single high-directivity microstrip patch antenna (MPA) having a rectangular profile, which
can substitute a linear array is proposed. It is designed by using genetic algorithms with the …

The application of genetic algorithm (GA) optimization to the design and analysis of planar
monopole antennas is presented. GA is first used to optimize the impedance matching …