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Readership: Graduate students and researchers in physics, electrical engineering, astrophysics, and space science.
Shane Cloude, Director, AEL Consultants
"Polarisation is promising as a reference for quantitative specialists outside the radar community who want to understand what polarimetry has to offer their particular field. It is also a fine reference for students who need to learn and keep the notation straight for coding and experimental design. It is a worthwhile book to keep on your shelf if you ever want to relate a particular polarization-based, remotely sensed finding to your own research." - Physics Today
1: Polarised Electromagnetic Waves 2: Depolarisation and Scattering Entropy 3: Depolarisation in Surface and Volume Scattering 4: Decomposition Theorems 5: Introduction to Radar Interferometry 6: Polarimetric Interferometry 7: Coherence Variation for Surface and Volume Scattering 8: Parameter Estimation using Polarimetric Interferometry 9: Applications of Polarimetry and Interferometry Appendix 1: Introduction to Matrix Algebra Appendix 2: Unitary and Rotation Groups Appendix 3: Coherent Stochastic Signal Analysis
