SAR Data Processing for Remote Sensing: 28-30 September 1994, Rome, ItalyGiorgio Franceschetti |
Contents
Optimal Doppler centroid estimation for spaceborne SAR data from a nonhomogeneous scene | 24 |
Extension of the correlation Doppler estimator for determination of the Doppler rate | 33 |
EARSEC SAR processing system 231606 | 42 |
Copyright | |
22 other sections not shown
Common terms and phrases
airborne SAR algorithm amplitude ANNEAL antenna pattern applied approximation autofocus azimuth azimuth compression backscatter band calculated calibration chirp scaling clutter component computation correlation coefficient correlation length cross-section Defence Research Agency detection diffraction distribution domain Doppler centroid Doppler rate E-SAR EARSEC edge position equation error ERS-1 SAR estimation Figure footprint Fourier frequency gamma distribution Gaussian geometry IEEE Trans imagery intensity K-distributed L band matrix measures method motion compensation nodes normalised Oberpfaffenhofen obtained order parameter performance phase correction pipeline pixel point target polarimetric processor Quantizer range compression range migration raw data real-time regions Remote Sensing resolution RWSEG sample SAR data SAR image SAR processing SAR raw SAR system scattering scene SEASAT segmentation signal simulated simulated annealing spaceborne spatial speckle filtering specular squint angle standard deviation statistics subaperture surface Synthetic Aperture Radar transformation variation vector velocity