This multidisciplinary book, for researchers and graduate students, presents the mathematical underpinnings in the analysis of passive sensor array imaging using ambient noise sources. It also covers a range of related topics, including conventional sensor array imaging, wave propagation in random media, and high frequency wave propagation.
This multidisciplinary book, for researchers and graduate students, presents the mathematical underpinnings in the analysis of passive sensor array imaging using ambient noise sources. It also covers a range of related topics, including conventional sensor array imaging, wave propagation in random media, and high frequency wave propagation.
Josselin Garnier is a professor in the Mathematics Department at the Université Paris Diderot, France. His background is in applied probability and he has many years of research experience in the field of wave propagation and imaging in random media. He received the Blaise Pascal Prize from the French Academy of Sciences in 2007 and the Felix Klein Prize from the European Mathematical Society in 2008.
Inhaltsangabe
Preface 1. Introduction and overview of the book 2. Green's function estimation from noise cross correlations 3. Travel time estimation from noise cross correlations using stationary phase 4. Overview of conventional sensor array imaging 5. Passive array imaging of reflectors using ambient noise illumination 6. Resolution analysis for passive array imaging using ambient noise illumination 7. Travel time estimation using ambient noise in weakly scattering media 8. Correlation-based reflector imaging using ambient noise in weakly scattering media 9. Virtual source imaging in homogeneous media 10. Virtual source imaging in scattering media 11. Imaging with intensity cross correlations 12. A review of wave propagation in random media Appendix. Basic facts from analysis and probability References Index.
Preface 1. Introduction and overview of the book 2. Green's function estimation from noise cross correlations 3. Travel time estimation from noise cross correlations using stationary phase 4. Overview of conventional sensor array imaging 5. Passive array imaging of reflectors using ambient noise illumination 6. Resolution analysis for passive array imaging using ambient noise illumination 7. Travel time estimation using ambient noise in weakly scattering media 8. Correlation-based reflector imaging using ambient noise in weakly scattering media 9. Virtual source imaging in homogeneous media 10. Virtual source imaging in scattering media 11. Imaging with intensity cross correlations 12. A review of wave propagation in random media Appendix. Basic facts from analysis and probability References Index.
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