Bistatic Sar / Gisar / Fisar Geometry, Signal Models and Imaging Algorithms - Andon Dimitrov Lazarov
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Présentation Bistatic Sar / Gisar / Fisar Geometry, Signal Models And Imaging Algorithms de Andon Dimitrov Lazarov Format...
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1. Introduction: Description of recent years' achievements in the scope of BSAR that includes survey over publications. 2. Chapter one: BSAR/BISAR/FSR Geometry a. BSAR Geometry: Bistatic Synthetic Aperture Radar topology is described from analytical geometrical and kinematical point of view. b. BISAR Geometry: Bistatic Inverse Synthtetic Aperture Radar topology is described from analytical geometrical and kinematical point of view. Main kinematical equations are derived. c. FSR Geometry: Forward Scattering Radar topology is described from analytical geometrical and kinematical point of view. Main kinematical equations are derived. 3. Chapter two: BSAR/BISAR/FSR theoretical constraints and resolution characteristics. 4. Chapter three: BSAR signal modeling and image extractiona. Definition of transmitted signals with linear frequency modulation (LFM); definition of transmitted signal with Barker phase code (BPC) modulation; coarse acquisition (C/A) and precision (P) phase code modulation. b. A model of LFM BSAR signal formation as direct projection operation. c. A model of BPC BSAR signal formation as direct projection operation. d. Image reconstruction from a LFM BSAR signal as inverse projection operation. e. Image reconstruction from a phase code modulated BSAR signal as inverse projection operation f. Autofocusing algorithms 5. Numerical experiments and programming in Matlab environment. a. BSAR scenario: with LFM signal and phase code modulation signal b. BISAR Scenario: with LFM signal and phase code modulation signal. c. FSR Scenario: with LFM signal and phase code modulation signal. 6. Matlab code description 7. Concluding remarks.
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