Abstract
The imaging of maneuvering target is the main research content of Interferometric Inverse Synthetic Aperture Radar (InISAR). Since it is quite difficult to obtain the effective data of the moving target, both the residual translational compensation and least square method are proposed to realize the imaging of the target according to the principle of InISAR in this letter. First step, the echo model is established to perform motion compensation. Second step, perform image registration on the signal. Third step, the ISAR image is obtained via extracting the peak value, then perform the interference processing imaging. Finally, Simulation results show that this method can be used for image recognition.
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