This paper presents a study of the interferometric coherence aimed to the understanding of the main sources of phase error of an operative wide band system. This objective is accomplished by finding a theoretical expression of coherence based on a suitable model capable of including the roughness of the surface, which produces decorrelation besides the conventional spectral overlapping approach. The analysis is validated by means of numerical simulations and controlled experiments in anechoic chamber, with the aim of extrapolating the obtained results to airborne and spaceborne imaging radars.Peer Reviewe
A novel method to estimate interferometric coherence in synthetic aperture radar interferometry is p...
Azimuth ambiguities affect the interferometric performance of SAR systems, causing a bias in the int...
x, 112 pages : illustrations (some color) ; 30 cmPolyU Library Call No.: [THS] LG51 .H577P LSGI 2014...
The SAR image statistics regarding intensity, phase, and power spectral density are assessed. The qu...
SAR interferometric surveys are affected by several sources of decorrelation noise. An improvement o...
The coherent nature of the SAR imaging process opens up the opportunity to create interferometric im...
Range resolution of SAR images is determined by transmitted radar signal bandwidth. Most recent SAR ...
The tutorial introduces the basics of SAR interferometry. It presents the different application area...
peer reviewedRecently-launched SAR sensors like TerraSAR-X or CosmoSkyMed are equipped with wide b...
SAR Interferometry explores the height structure inside a Radar pixel. Two antennas separated with a...
Interferometric coherence is an important indicator of the quality of interferograms obtained by syn...
Estimation of differential shift of image elements between two SAR images is the basis for many appl...
coherence analysis using space-borne synthetic aperture radar with respect to spatial resolutio
Azimuth ambiguities affect the interferometric performance of SAR systems, causing a bias in the int...
In the past we proposed a multidimensional speckle noise model to which we now include systematic ph...
A novel method to estimate interferometric coherence in synthetic aperture radar interferometry is p...
Azimuth ambiguities affect the interferometric performance of SAR systems, causing a bias in the int...
x, 112 pages : illustrations (some color) ; 30 cmPolyU Library Call No.: [THS] LG51 .H577P LSGI 2014...
The SAR image statistics regarding intensity, phase, and power spectral density are assessed. The qu...
SAR interferometric surveys are affected by several sources of decorrelation noise. An improvement o...
The coherent nature of the SAR imaging process opens up the opportunity to create interferometric im...
Range resolution of SAR images is determined by transmitted radar signal bandwidth. Most recent SAR ...
The tutorial introduces the basics of SAR interferometry. It presents the different application area...
peer reviewedRecently-launched SAR sensors like TerraSAR-X or CosmoSkyMed are equipped with wide b...
SAR Interferometry explores the height structure inside a Radar pixel. Two antennas separated with a...
Interferometric coherence is an important indicator of the quality of interferograms obtained by syn...
Estimation of differential shift of image elements between two SAR images is the basis for many appl...
coherence analysis using space-borne synthetic aperture radar with respect to spatial resolutio
Azimuth ambiguities affect the interferometric performance of SAR systems, causing a bias in the int...
In the past we proposed a multidimensional speckle noise model to which we now include systematic ph...
A novel method to estimate interferometric coherence in synthetic aperture radar interferometry is p...
Azimuth ambiguities affect the interferometric performance of SAR systems, causing a bias in the int...
x, 112 pages : illustrations (some color) ; 30 cmPolyU Library Call No.: [THS] LG51 .H577P LSGI 2014...