Add to ORKGThis paper presents a new algorithm for recognizing patterns pertinent to the layover of façades in very high resolution SAR images, serving the increasing demand for monitoring individual buildings. The grouping of signatures is based on the combination of a weighted Hough transform and the analysis of spectrum peaks. First results of pattern extraction are shown for an office building located in the Munich city area
Because of its independence of time of day and its all weather capability, synthetic aperture radar ...
International audienceThis article handles with the problem of man-made structure extraction in high...
Due to the all-weather data acquisition capabilities, high resolution space borne Synthetic Aperture...
In this paper we present first results regarding the analysis of individual business district buildi...
Thanks to the high resolution of modern SAR satellites many persistent scatterers (PS) appear at sin...
Current techniques for building detection in Synthetic Aperture Radar (SAR) imagery can be computati...
The development of methods for the automatic detection and reconstruction of building radar footprin...
Approaches for urban damage assessment often rely on pre-post-event comparison. In this process the ...
This paper presents two change detection strategies based on the fusion of scene knowledge and two h...
The high resolution provided by the current satellite SAR missions makes them an attractive solution...
Interests in synthetic aperture radar (SAR) data analysis is driven by the constantly increased spat...
State-of-the-art airborne SAR sensors provide spatial resolution on the order of one decimeter. In s...
Abstract — The improved ground resolution of state-of-the-art synthetic aperture radar (SAR) sensors...
In the presence of abrupt change events, multitemporal synthetic aperture radar (SAR) data represent...
In this work, a novel building edge detector which jointly exploits the full complex SAR image is pr...
Because of its independence of time of day and its all weather capability, synthetic aperture radar ...
International audienceThis article handles with the problem of man-made structure extraction in high...
Due to the all-weather data acquisition capabilities, high resolution space borne Synthetic Aperture...
In this paper we present first results regarding the analysis of individual business district buildi...
Thanks to the high resolution of modern SAR satellites many persistent scatterers (PS) appear at sin...
Current techniques for building detection in Synthetic Aperture Radar (SAR) imagery can be computati...
The development of methods for the automatic detection and reconstruction of building radar footprin...
Approaches for urban damage assessment often rely on pre-post-event comparison. In this process the ...
This paper presents two change detection strategies based on the fusion of scene knowledge and two h...
The high resolution provided by the current satellite SAR missions makes them an attractive solution...
Interests in synthetic aperture radar (SAR) data analysis is driven by the constantly increased spat...
State-of-the-art airborne SAR sensors provide spatial resolution on the order of one decimeter. In s...
Abstract — The improved ground resolution of state-of-the-art synthetic aperture radar (SAR) sensors...
In the presence of abrupt change events, multitemporal synthetic aperture radar (SAR) data represent...
In this work, a novel building edge detector which jointly exploits the full complex SAR image is pr...
Because of its independence of time of day and its all weather capability, synthetic aperture radar ...
International audienceThis article handles with the problem of man-made structure extraction in high...
Due to the all-weather data acquisition capabilities, high resolution space borne Synthetic Aperture...