This work presents a review of the generalized intersection approach (GIA) for
electromagnetic array antenna beam-sha** synthesis. After briefly describing the …

One of the most ambitious projects in communications in recent years is the development of
the so-called satellite mega-constellations. Comprised of hundreds or thousands of small …

The concept of digital twins (DTs) for reflectarray (RA) unit cells (UCs) is discussed and
implemented by exploiting electromagnetic-driven machine learning (ML) techniques …

The effective and computationally efficient task-oriented synthesis of wide reflectarray
antennas (RAs) comprising arbitrarily complex unit cells (UCs) is addressed. A multiscale …

A method for the optimization of the crosspolar component of dual-polarized reflectarrays
using full-wave analysis at the element level is described and demonstrated. The …

This paper describes the characterization of reflectarray unit cells using support vector
machines (SVMs) to obtain fast and accurately the full matrix of reflection coefficients, which …

The design of feasible surface currents in reflectarray (RA) antenna is addressed. By
exploiting the nonuniqueness of the associated inverse source problem, an innovative …

This paper describes a general framework for the optimization of very large reflectarrays for
space applications. It employs the generalized intersection approach as optimizing …

The first low earth orbit satellite networks for internet service have recently been deployed
and are growing in size, yet will face deployment challenges in many practical …

An improved reflectarray Phase‐Only Synthesis technique which employs the generalized
Intersection Approach (IA) algorithm is fully described. It is formulated with the First Principle …