- Introduction
- Fundamentals of Electromagnetic Wave Theory
- Time-Reversal Imaging
- Inverse Scattering Problems of Small Scatterers
- Linear Sampling Method
- Reconstructing Dielectric Scatterers
- Reconstructing Perfect Electric Conductors
- Inversion for Phaseless Data
- Introduction
- Reconstructing Point-Like Scatterers by Subspace Methods
- Converting a Nonlinear Problem to a Linear One
- Rank of the Multistatic Response Matrix
- MUSIC Localization and Noniterative Retrieval
- Reconstructing Point-Like Scatterers by Compressive Sensing
- Introduction to Compressive Sensing
- Solving Phase-Available Inverse Problems by CS
- Solving Phaseless Inverse Problems by CS
- Applicability of CS
- Numerical Examples
- Reconstructing Extended Dielectric Scatterers
- Inversion with an Inhomogeneous Background Medium
- Resolution of Computational Imaging
- Matrix-Vector Product by the FFT Procedure