Part Ⅰ SAR Basics
Chapter 1 History of Radar Remote Sensing
Chapter 2 Introduction to Synthetic Aperture Radar
2.1 Technical Considerations for A Ship Detection Remote Sensing System
2.2 The Relation Between Ship Size and Radar Backscattering
2.3 Distinguishing Different Ships with A Radar Remote Sensing System
2.4 Establishing A Target’s Position with SAR
2.5 Speckle Effect
2.6 SAR Satellite System for Ship Detection
2.7 SAR Polarimetry
2.8 Conclusions on the Developed SAR System for Ship Detection
Part Ⅱ DEM Generation
Chapter 3 SAR Interferometry
3.1 Introduction into SAR Interferometry
3.2 SAR Interferometry Processing Steps
3.3 SAR Interferometry with Spotlight and TOPS Images
3.4 Error Sources
3.5 Conclusions
Chapter 4 StereoSAR
4.1 Introduction to Stereo-Radargrammetry
4.2 Finding Homologous Points
4.3 Deriving Relative Height Information
4.4 DSM Generation
4.5 Deriving Absolute Height Information
4.6 Example Application of StereoSAR at Mount Song
4.7 Conclusions
Part Ⅲ Surface Motion
Chapter 5 Differential SAR Interferometry
5.1 Two-pass D-InSAR
5.2 Three-pass D-InSAR
5.3 Interpretation of Wrapped Differential Interferograms
5.4 Measurement with Unwrapped Differential Interferograms
5.5 Example: Coseismic Interferometry for the Bam Earthquake
5.6 Conclusions
Chapter 6 Permanent Scatterer Interferometry
6.1 Identifying the Permanent Scatterers
6.2 Pre-processing Steps
6.3 Generation of A PS Network
6.4 Estimation of the Atmospheric Phase Screen
6.5 Velocity and Residual Height Estimation for All PS
6.6 Including Alternative Motion Models
6.7 Temporal Coherence
6.8 Example
Chapter 7 Alternative Approaches to PSI
7.1 Spatio-Temporal Unwrapping Network
7.2 Persistent Scatterer Pair Interferometry
7.3 Stanford Method of Persistent Scatterers
Chapter 8 Distributed Scatterer Interferometry
8.1 Small Baseline Subset Technique
8.2 Quasi-Persistent Scatter Technique
