Abstract
This paper deals with the application and the performance analysis of a microwave tomography approach for Forward-Looking Radar (FLR) bistatic illumination. The imaging problem is faced by adopting an inverse scattering algorithm based on an approximated model of the electromagnetic scattering. In particular, the Born Approximation is used to describe the wave–material interaction and the targets are assumed to be embedded in a homogenous medium. The adoption of a simplified model of the electromagnetic scattering allows us to analyse how the reconstruction capabilities depend on the measurement configuration. An investigation of the resolution limits in the FLR case is performed and some numerical results are provided in order to show the effectiveness of the proposed approach in cases resembling the ones occurring in real situations.
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