In this article, we compare different iterative techniques enhanced by the CBFM, which are
used to analyze finite arrays of disjoint antenna elements. These are based on the stationary …

Rigorously accounting for mutual coupling effects in antenna array synthesis, generally
requires that embedded element patterns (EEPs) be determined. The method of moments …

Abstract We propose a Fabry–Perot cavity (FPC) antenna to suppress a sidelobe level (SLL)
while maintaining a reasonably high gain. Generally, conventional FPC antennas (FPCAs) …

A novel ensemble prediction technique is introduced to enhance the accuracy of far-field
embedded element pattern (EEP) prediction under mutual coupling (MC) effects, while …

Infinite periodic arrays of antennas that can be individually described by means of spherical
modes are analyzed starting from the generalized scattering matrix (GSM) of an isolated …

This paper examines how training data affects machine learning-assisted antenna pattern
prediction under mutual coupling. For demonstration, a neural network-based approach is …

Optimal design of uniformly-fed aperiodic millimeter-wave phased array topologies for site-
specific and quasi interference-free operation is presented. Several use cases with different …

An overview of array advantages at low frequencies, as well as the SKA current design and
implementation status comprise Chapter 1. The numerical EM methods used throughout the …

A simple pattern analysis method is presented for conformal antenna arrays, considering
mutual coupling effects based on the characteristic modes of isolated elements. There are …

Recently, a new method for the solution of the antenna array mutual coupling (MC), which is
based on the field data of an isolated element and relates to the iterative Gauss-Seidel …