In this article, different 2D and 3D mask styles for synthesizing large array pattern shaping to
meet the requirements of modern applications are realized. The composition of the different …

Low Complexity Irregular Clusters Tiling Through Quarter Region Rotational Symmetry Page 1
Progress In Electromagnetics Research C, Vol. 137, 81–92, 2023 Low Complexity Irregular …

In this paper, the possibility of synthesizing a linear antenna array for multiple objectives with
the thinning approach is demonstrated. The thinning space is constrained to three cases …

This paper aims to study the effect of eliminating some elements from the original planar
array (OPA) to generate a useful flat‐top coverage pattern (FTCP) using a genetic algorithm …

Usually inactive or also known as thinned elements are used to simplify the array design
complexity by turning off some of the active elements in uniformly filled arrays …

Faulty elements (FEs) in a two-dimensional array (TDA) directly impact the performance and
configuration of the coverage pattern due to the long operation of the antenna system …

Conventional sidelobe reduction methods such as analytical or parametric approaches and
complex numerical optimization approaches were accomplished via specific tapering …

Dividing large planar arrays into several subarrays and then turning off some of them
reduces the complexity (cost) of the system significantly. In this paper, two optimization …

Dividing a large planar array aperture (LPAA) into smaller clustered subarrays gives many
advantageous in practical implementation of such antenna systems in terms of complexity …

In the literature, inter-element spacing antenna design methods have been widely discussed
and presented as an alternative approach to element excitation amplitude and/or phase …