Recent years have witnessed a phenomenal growth in our ability to numerically model,
simulate the performance of, and design complex electromagnetic systems. Nonetheless, as …

Since many problems in one-and two-dimensional electromagnetic scattering can be
modeled by linear Fredholm integral equations of the first or the second kind, the main focus …

The Macro Basis Functions (MBFs) approach is a form of domain-decomposition method
applied to radiation and scattering problems solved by using integral-equation techniques. It …

Most integral equations of the first kind are ill-posed, and obtaining their numerical solution
needs often to solve a linear system of algebraic equations of large condition number. So …

This article deals with the use of an appropriate model in determining the induced current
distribution on finite-width strip electromagnetic scatterer. For this purpose, electric field …

Since many problems in one-and two-dimensional scattering from perfectly conducting
bodies can be modeled by linear Fredholm integral equations, the main focus of this paper …

Most integral equations of the first kind are ill posed, and obtaining their numerical solution
often requires solving a linear system of algebraic equations of large condition number …

An iterative scheme for the rigorous computation of electrically large problems is presented.
The approach is based on a combination of the characteristic basis function method (CBFM) …

A high-fidelity full-wave simulator is presented to perform numerical experiments for rough
sea scattering problem by considering different polarizations, frequencies, grazing angles …

A computationally efficient algorithm, which combines the characteristic basis function
method (CBFM), the physical optics (PO) approach (when applicable) with the forward …