Physics-Based Bistatic Radar Simulation of Terrain

The research described in this proposal is intended to provide the basis for the development of an accurate bistatic radar scene simulator for terrain. The specific purpose of the proposed work is to formulate reliable and computationally efficientscattering models, and the general structure of a database interface, for use in a bistatic SAR terrain mapper. Using the formulation and physics-based models that are the intended product of the work outlined in this proposal it should be possible tosynthesize realistic bistatic terrain signatures. The ultimate objective of the proposed work is the development of a comprehensive set of computational models and database inputs that would be developed into a commercial software package for use in theprediction and analysis of SAR terrain map data. The overall commercialization plan may include integration of the advanced scene modeling capability into a suite of software tools currently being developed for use in remote sensing, targeting andRF/wireless layout applications.