Mathematical Analysis and Numerical Methods for Inverse Scattering Problems

This course covers the mathematical analysis and numerical methods for solving inverse scattering problems. The learning outcomes include understanding scattering and inverse scattering, applying the Radon Transform, addressing challenges in inverse scattering, implementing inverse scattering algorithms, and analyzing stability for inverse scattering problems. The course teaches skills such as utilizing deep learning algorithms for inverse problems and conducting stability analysis. The teaching method involves a combination of theoretical explanations and practical numerical results. The intended audience for this course includes mathematicians, researchers, and students interested in inverse scattering problems and numerical methods.