Software adjustments would tentatively be made to the existing algorithm to improve glint threshold distance calculation accuracy, making the modified model a better iterative eye armor design tool.
National Research Council Canada - National Science Library Glint Field Trial Results and Application to Glint Threshold Distance Algorithm A final argument is raised on the usage of this software tool for actual obfuscation and deception actions for air defence at sea applications The effectiveness of the proposed approach through verification and validation of the results by using the method of pictorial evidence is established. A value-added time procession integration of the target in pure roll motion provides an expected by ISAR theory side-view image of the naval extended false target. The first depiction is the angular glint injection at the target which is followed by the representation of the wavefront distortion at the radar. The solution consists of three novel vector representations of the generated data, which are proven to behave according to the laws of physics governing the glint phenomenon. In this paper, the ability of an interferometric inverse synthetic aperture radar (InISAR) simulator to provide a proof of concept towards the clarification of this challenging task is ascertained. Since angular glint is representative of extended naval targets, this inclusion increases the credibility factor of the decoy playback signal at the adversary radar-operator station. Kostis, Theodoros G Galanis, Konstantinos G Katsikas, Sokratis KĪ stimulating problem in the generation of coherent countermeasures for high range resolution radar systems is the inclusion of angular glint effects in the preparation of the false target mask.
International Nuclear Information System (INIS) Angular glint effects generation for false naval target verisimility requirements
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