Machine generated contents note: ch. 1 History of Battlefield Surveillance -- 1.1. Early FOPEN MTI RADAR -- 1.2. Synthetic Aperture Dual Frequency RADAR -- 1.3. Summary -- 1.4. References -- ch. 2 Foliage Penetration SAR Collection Systems -- 2.1. SAR Resolution -- 2.2. FOPEN SAR Systems -- 2.3. References -- ch. 3 Foliage Penetration Phenomena -- 3.1. Foliage Phase Effects on RADAR Propagation -- 3.2. Standard Calibration for FOPEN Measurements -- 3.3. Standard RCS Target Characteristics -- 3.4. Foliage Clutter Scattering Characteristics -- 3.5. Foliage Attenuation -- 3.6. Internal Clutter Motion -- 3.7. Target Characteristics -- 3.8. Radio Frequency Interference Spectrum -- 3.9. References -- ch. 4 FOPEN SAR Image Formation -- 4.1. FOPEN SAR Collection Geometry -- 4.2. FOPEN SAR Waveform -- 4.3. SAR Image Formation -- 4.4. SAR Motion Compensation -- 4.5. References -- ch. 5 Radio Frequency Interference Suppression -- 5.1. Transmit Waveform Design for RFI Environment
Note continued: 5.2. Cancellation of Radio Frequency Interference -- 5.3. RFI Suppression Summary -- 5.4. References -- ch. 6 FOPEN Target Detection and Characterization -- 6.1. Target Detection Processing -- 6.2. Polarimetric Scattering -- 6.3. Target Characterization -- 6.4. RADCON Processing Development -- 6.5. Change Detection -- 6.6. FOPEN ATD/C Summary -- 6.7. References -- ch. 7 FOPEN SAR Design -- 7.1. Concept of Operations -- 7.2. FOPEN SAR Hardware -- 7.3. FOPEN SAR System Design -- 7.4. References -- ch. 8 FOPEN Ground Moving Target Indication -- 8.1. FOPEN GMTI RADAR Design -- 8.2. Space-Time Adaptive Processing -- 8.3. Along-Track Interferometry -- 8.4. References -- ch. 9 Bistatic FOPEN SAR -- 9.1. Bistatic RADAR -- 9.2. Bistatic SAR Signal Geometry -- 9.3. Bistatic SAR Resolution -- 9.4. Bistatic SAR Modeling -- 9.5. Summary -- 9.6. References
Summary
The book reviews developments in the following fields: History of battlefield surveillance; foliage penetration SAR collection system; FOPEN SAR image formation; radio frequency interference suppression; FOPEN target detection and characterization; FOPEN SAR design; FOPEN ground moving target indication; and bistatic FOPEN SAR
