Using Emulated Bistatic Radar in Highly Coherent Applications : Overview of Results

In this paper, the application of an Emulated Bistatic Radar’s geometry to highly coherent signal processing techniques is discussed. This paper presents a brief overview of the theoretical, simulated and experimental results processed to date for synthetic aperture radar imaging, inverse synthetic aperture radar imaging and interferometric signal processing using the three paths inherent in an Emulated Bistatic Radar. A brief discussion about the signal models employed for these processing techniques is also given, and considerations about future simulated, experimental and theoretical research are provided.