Deals with the use of multipass synthetic aperture radar (SAR) data in order to achieve three-
dimensional tomography reconstruction in presence of volumetric scattering. Starting from …

The problem of determining the dielectric permittivity profile of buried objects starting from
the knowledge of the scattered field is considered in the two-dimensional geometry when …

The problem of computing the singular system of the radiation operator pertaining to the
case of strip currents is dealt with. The associate eigenvalue problem involves a space …

This paper deals with the classical question of estimating achievable resolution in terms of
configuration parameters in inverse source problems. In particular, the study is developed …

The inverse source problem has a number of applications in antenna analysis and
synthesis. The properties of the radiation operator, connecting the source current to the far …

The problem of reconstructing a strip electric current from its radiated field collected over a
bounded finite rectilinear observation domain, orthogonal and centered with respect to the …

In this paper, we consider an inverse source problem in the near zone for a prototype
configuration where the field radiated by a bounded strip magnetic current is observed over …

Linear arrays have been well studied for their widespread applications, but they suffer from
severe limitations in the scanning capabilities due to the inherent main beam spreading. The …

This paper aims at discussing the resolution achievable in the reconstruction of both
circumference sources from their radiated far-field and circumference scatterers from their …

An inverse problem approach is adopted to investigate the role of a limited observation
domain in conformal source radiation both in the far and near zones. The spectral …