LOMBARD, M. Bastien (2024) Calcul optimisé de surfaces équivalentes radar à partir de modèles 3D PFE - Project Graduation, ENSTA.
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Abstract
Radar Cross Section (RCS) is a physical quantity that quantifies a target’s ability to reflect radar waves in a given direction. Determining it is a major challenge, particularly from a scientific perspective due to the mathematical and numerical techniques required. In the context of operational simulations for radars, the goal of my internship was to design an RCS computation code based on 3D models of targets, that is computationally efficient and robust. This report outlines both the theoretical and numerical aspects of the subject : it aims to detail and justify the choices of modeling and implementation made to meet the computation time constraint, in the specific context of radars. A theoretical and experimental study of errors was conducted, ensuring that the final code provides reasonable solutions for realistic complex targets. Finally, the limitations of our approach have been identified, and several possible improvements are suggested.
Item Type: | Thesis (PFE - Project Graduation) |
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Uncontrolled Keywords: | Surface Equivalente Radar, Diffraction électromagnétique, Maillage surfacique, Optique Physique, Occlusion culling, Matlab |
Subjects: | Mathematics and Applications Physics, Optics |
ID Code: | 10440 |
Deposited By: | Bastien LOMBARD |
Deposited On: | 28 oct. 2024 14:48 |
Dernière modification: | 28 oct. 2024 14:48 |
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