This paper develops three-dimensional (3D), bistatic parametric models that describe
canonical radar scattering responses of several geometric objects. These models find use in …

In this work, we focus on passive polarimetric ISAR for ship target imaging using DVB-S
signals of opportunity. A first goal of the research is to investigate if, within the challenging …

We present ground-based Ku-band radar observations of the snow cover on top of the Great
Aletsch Glacier carried out over two observation periods, in August 2021 and in March 2022 …

This paper explores the nature of bistatic radar scattering from terrain by reporting the results
of an investigation involving measurements of the hemispherical pattern of the field …

This paper discusses development of physics-based models for bistatic scattering. We
generalize parametric equations for monostatic scattering mechanisms in a plane to achieve …

Bistatic scattering from rough surfaces is typically approached through the analysis of the
scattered field in the conventional H and V polarization basis, which coincides with the …

With the present revival of interest in bistatic radar systems, research in that area has gained
momentum. Given some of the strategic advantages for a bistatic configuration, and …

Radar is a coherent sensor, which makes it suitable for the retrieval of the polarization
information of the scattering process. Different algorithms have been proposed in the last …

This paper shows a first analysis of polarimetric passive ISAR images using digital video
broadcasting-satellite (DVB-S (2)) as illuminator of opportunity. A measurement campaign …

This paper advances the theory for multistatic imaging of non-interacting moving targets
through the development of a vector radar data model for multiple transmitters and receivers …