| Week | Subjects |
|---|---|
| 1 | Introduction and overview of array imaging (setup, the medium, structure of the data). Imaging in deterministic media. |
| 2 | Array imaging as a nonlinear least squares inverse problem. The forward problem and linearization. Adjoint operator and its time reversal interpretation. Kirchhoff migration. |
| 3 | Resolution theory for narrowband and broadband signals. |
| 4 | Optimal illumination and the singular value decomposition. |
| 5 | Introduction to optimization algorithms in imaging. |
| 6 | More on optimization methods. |
| 7 | Random media and interferometric array imaging in them. |
| 8 | Adaptive imaging algorithms. |
| 9 | Adaptive imaging algorithms and review. |