In order to estimate the position and velocity of a target, most multistatic radar systems
require multiple independent target measurements, such as angle-of-arrival, time-of-arrival …

The history of radar (radio detection and ranging) begins in the 1920s with the discovery that
metallic objects reflect radio waves. The conventional radar system may measure the …

High range resolution has many advantages in radar. Apart from providing the ability to
resolve closely spaced targets in range, it improves the range accuracy, reduces the amount …

This paper will provide a general overview of the new research area called waveform
diversity (WD), and it's potential impact to the EMC community. The scope of research that is …

The object of this article is to present two mathematical supports which allow a better
knowledge of the target in a bistatic polarimetric radar configuration. These aids are firstly …

Synthetic Aperture Radar (SAR) operation in a bistatic configuration offers various
advantages over its now well-established monostatic counterpart but also poses various …

A mathematical model of the radar target classification based on Heinen polarization
parameters was developed. Simulations of the functioning process was carried out to …

Discrimination of targets vs. clutter is critical to many radar identification problems. For the
purpose of Improvised Explosive Device (IED) detection, radar range profiles and images …

This paper will provide a general overview of the new research area called waveform
diversity (WD), and its potential impact to the EMC community. The scope of research that is …

Scattering matrices recorded with bistatic polarimetric radar systems can be described using
bistatic Huynen parameters. These parameters not only depend on the properties of the …