International audienceIn radar remote sensing, classification of urban areas using SAR images is based on the following assumption: there is a dominant scattering mechanism, that is a dihedral-type mechanism. This assumption, widely accepted in the community, is clearly justified by the geometry of urban areas. However, it is noted that most of the results rely on this reference object, that is the perfectly oriented and metallic dihedral. We present here, from an electromagnetic point of view, what happens when the dihedral is disoriented and then we propose a compensation of this effect
This paper tries to evaluate the importance of RCS predictions containing an edge diffracted field f...
Data acquired by the last generation of SAR sensors over urban areas, thanks to high resolution, can...
Abstract In this paper the concept of point-like coherent scatterers (CSs) in urban areas is introdu...
International audienceIn radar remote sensing, classification of urban areas using SAR images is bas...
© 1980-2012 IEEE. The classification of urban environments poses significant challenges for polarime...
International audienceThe double bounce mechanism is the main characteristic in urban areas. This pa...
In this letter we study empirically the relation between the double bounce effect of buildings in ve...
The double bounce effect of buildings is an important characteristic in very high resolution (VHR) s...
International audienceThe Double Bounce scattering mechanism is usually compared to the ideal polari...
This paper studies the polarimetric-dispersion properties of urban targets and their evolution along...
International audienceIn Radar remote sensing, the electromagnetic (em) modeling of scattering contr...
Using long-time coherent scatterers in SAR data, called Persistent Scatterers (PSs), the deformation...
Nowadays very high resolution (VHR) Synthetic Aperture Radar (SAR) systems can provide near real tim...
International audiencePolarimetric Synthetic Aperture Radar (PolSAR) images containing cities may ex...
In this paper, when the azimuth direction of polarimetric Synthetic Aperature Radars (SAR) differs f...
This paper tries to evaluate the importance of RCS predictions containing an edge diffracted field f...
Data acquired by the last generation of SAR sensors over urban areas, thanks to high resolution, can...
Abstract In this paper the concept of point-like coherent scatterers (CSs) in urban areas is introdu...
International audienceIn radar remote sensing, classification of urban areas using SAR images is bas...
© 1980-2012 IEEE. The classification of urban environments poses significant challenges for polarime...
International audienceThe double bounce mechanism is the main characteristic in urban areas. This pa...
In this letter we study empirically the relation between the double bounce effect of buildings in ve...
The double bounce effect of buildings is an important characteristic in very high resolution (VHR) s...
International audienceThe Double Bounce scattering mechanism is usually compared to the ideal polari...
This paper studies the polarimetric-dispersion properties of urban targets and their evolution along...
International audienceIn Radar remote sensing, the electromagnetic (em) modeling of scattering contr...
Using long-time coherent scatterers in SAR data, called Persistent Scatterers (PSs), the deformation...
Nowadays very high resolution (VHR) Synthetic Aperture Radar (SAR) systems can provide near real tim...
International audiencePolarimetric Synthetic Aperture Radar (PolSAR) images containing cities may ex...
In this paper, when the azimuth direction of polarimetric Synthetic Aperature Radars (SAR) differs f...
This paper tries to evaluate the importance of RCS predictions containing an edge diffracted field f...
Data acquired by the last generation of SAR sensors over urban areas, thanks to high resolution, can...
Abstract In this paper the concept of point-like coherent scatterers (CSs) in urban areas is introdu...