本书系统论述新型SAR地球环境观测理论、方法和应用。全书共7章，介绍了新型SAR国内外最新研究现状与发展趋势、新型SAR基础理论与方法，重点论述了极化SAR地物识别与信息提取的模型与方法、极化干涉SAR对地观测方法及应用研究、层析成像SAR三维结构参数反演模型与方法及应用、超高分辨率SAR影像信息提取方法及应用，并详述了面向环境参数反演的SAR信息一体化处理理论与方法。
本书可供从事SAR对地观测方法与技术、环境变化遥感和地球系统科学应用领域的科学工作者、相关专业的高等院校师生以及遥感应用部门工作人员参考。
- 目录
- 前辅文
- 1. Novel SAR and its development
- 1.1 Research status of novel SAR
- 1.2 Development trends of novel SAR
- References
- 2. Basic theory and methodology of novel SAR
- 2.1 Theoretical basis of electromagnetic fields
- 2.2 SAR imaging theory
- 2.3 Basic theories and methods of polarimetric SAR
- 2.4 Basis and methodology of polarimetric interferometric SAR
- 2.5 Basic theories and methods of tomographic SAR
- References
- 3. Polarimetric synthetic aperture radar information extraction and ground object recognition
- 3.1 Building identification method based on polarization azimuth rotation
- 3.2 Collapsed building identification methodology based on the H-a-p mode
- 3.3 Identification method of urban impermeable layers based on polarization parameters
- References
- 4. Polarimetric synthetic aperture radar interferometry earth observation
- 4.1 Polarimetric SAR interferometry vegetation cover area terrain generation map
- 4.2 Soil moisture inversion method for vegetation cover areas via polarimetric SAR interferometry
- 4.3 Polarimetric SAR interferometry forest height inversion
- 4.4 Combination of Pol-InSAR and LiDAR techniques for forest height estimation
- References
- Further reading
- 5. Earth observation via tomographic synthetic aperture radar
- 5.1 CS-TomoSAR methodology
- 5.2 Sum of Kronecker product decomposition-based compressive sensing fully polarimetric multibaseline SAR tomography
- 5.3 CS-based two-dimensional TomoSAR technique
- 5.4 An improved polarimetric SAR tomography method based on distributed compressive sensing
- References
- 6. Ultra-high-resolution SAR image information extraction methods and their applications
- 6.1 Understanding the statistical characteristics of ultra-high-resolution SAR images
- 6.2 Urban land use information extraction based on CGGD
- 6.3 Information extraction based on noncircularity parameters
- 6.4 Problems and future trends in ultra-high-resolution SAR image applications
- References
- Further reading
- 7. Synthetic aperture radar data integrated processing methodology oriented toward earth environment factor retrieval
- 7.1 Introduction
- 7.2 Theoretical framework of SAR DIP
- 7.3 Experiments and analysis
- 7.4 Conclusions and discussion
- References
- Further reading
- Index
