In this work, in order to accurately predict diffraction phenomena in propagation problems, we introduce the analysis of the scattering of multiple wedges using the semianalytical method known as Generalized Wiener-Hopf Technique. The analysis is of interest to correctly model path-loss in real-life scenarios for wireless communications
This paper presents the formulation of the electromagnetic problem constituted of coupled angular an...
The diffraction of a plane wave at skew incidence by an arbitrary-angled concave wedge with anisotro...
This paper deals with the problem of evaluating the electromagnetic field of a perfect electrical co...
This paper presents our recent efforts in developing an effective technique based on Generalized Wie...
Complex scattering targets are often made by structures constituted of wedges that may interact at n...
The book has a dual purpose. The first is to expose a general methodology to solve problems of elect...
In this work we present a new methodology to study complex canonical electromagnetic scattering prob...
The diffraction of an incident plane wave by an isotropic penetrable wedge is studied using generali...
The Generalized Wiener-Hopf technique and the associated Fredholm factorization method constitute po...
Complex scattering targets are often made by structures constituted by wedges and penetrable substra...
The diffraction by a dielectric wedge of an arbitrary aperture angle is studied by means of the gen...
A new Wiener–Hopf approach for the solution of impenetrable wedges at skew incidence is presented. M...
Together with Part 1, Part 2 describes the theory, the validation, and the application of the gener...
The Wiener-Hopf technique in its generalized form has been applied effectively in electromagnetic wa...
In this paper, we revisit Radlow's innovative approach to diffraction by a penetra ble wedge by mean...
This paper presents the formulation of the electromagnetic problem constituted of coupled angular an...
The diffraction of a plane wave at skew incidence by an arbitrary-angled concave wedge with anisotro...
This paper deals with the problem of evaluating the electromagnetic field of a perfect electrical co...
This paper presents our recent efforts in developing an effective technique based on Generalized Wie...
Complex scattering targets are often made by structures constituted of wedges that may interact at n...
The book has a dual purpose. The first is to expose a general methodology to solve problems of elect...
In this work we present a new methodology to study complex canonical electromagnetic scattering prob...
The diffraction of an incident plane wave by an isotropic penetrable wedge is studied using generali...
The Generalized Wiener-Hopf technique and the associated Fredholm factorization method constitute po...
Complex scattering targets are often made by structures constituted by wedges and penetrable substra...
The diffraction by a dielectric wedge of an arbitrary aperture angle is studied by means of the gen...
A new Wiener–Hopf approach for the solution of impenetrable wedges at skew incidence is presented. M...
Together with Part 1, Part 2 describes the theory, the validation, and the application of the gener...
The Wiener-Hopf technique in its generalized form has been applied effectively in electromagnetic wa...
In this paper, we revisit Radlow's innovative approach to diffraction by a penetra ble wedge by mean...
This paper presents the formulation of the electromagnetic problem constituted of coupled angular an...
The diffraction of a plane wave at skew incidence by an arbitrary-angled concave wedge with anisotro...
This paper deals with the problem of evaluating the electromagnetic field of a perfect electrical co...