New powerful spaceborne sensors for monitoring urban areas have been designed and are ready for launch. More detailed SAR images will be soon available and, consequently, new tools for their interpretation are needed, above all when urban scenes are illuminated. In this paper, the authors propose some tools for the study and the analysis of high resolution SAR images based on a SAR raw signal simulator for urban areas. Comparing simulated SAR images with the real one, interpretation of SAR data is improved and fundamental support of the employed tools is further assessed
C mbined pr cessing using different sens r types, i .e. f r applicati ns like change detecti n, requ...
Abstract — Urban areas are crowded environments, where a disaster can bring dramatic consequences, i...
Abstract. Modern space borne SAR sensors provide geometric resolution of one meter. Airborne systems...
New powerful spaceborne sensors for monitoring urban areas have been designed and are ready for laun...
Abstract: Synthetic Aperture Radar (SAR) represents today one of the most powerful instruments in mo...
This paper provides a preliminary discussion on the simulation and the analysis of fine resolution S...
This paper provides a preliminary discussion on the simulation and the analysis of fine resolution S...
Most of the existing SAR simulators provide simulated images only for visual interpretation. This pa...
In this paper the Coherent Ray Tracing SAR Simulator (CohRaSS) developed at Fraunhofer JOSE is descr...
Because of the all-weather and all-time data acquisition capability, high resolution space borne syn...
Due to the all-weather data acquisition capabilities, high resolution space borne Synthetic Aperture...
Due to the all-weather data acquisition capabilities, high resolution space borne Synthetic Aperture...
Combined processing using different sensor types, i.e. for applications like change detection, requi...
Due to the high spatial resolution of up to 1 m, very high resolution spaceborne SAR sensors such as...
Analysis, interpretation and feature extraction concerning High Resolution (HR) Synthetic Aperture R...
C mbined pr cessing using different sens r types, i .e. f r applicati ns like change detecti n, requ...
Abstract — Urban areas are crowded environments, where a disaster can bring dramatic consequences, i...
Abstract. Modern space borne SAR sensors provide geometric resolution of one meter. Airborne systems...
New powerful spaceborne sensors for monitoring urban areas have been designed and are ready for laun...
Abstract: Synthetic Aperture Radar (SAR) represents today one of the most powerful instruments in mo...
This paper provides a preliminary discussion on the simulation and the analysis of fine resolution S...
This paper provides a preliminary discussion on the simulation and the analysis of fine resolution S...
Most of the existing SAR simulators provide simulated images only for visual interpretation. This pa...
In this paper the Coherent Ray Tracing SAR Simulator (CohRaSS) developed at Fraunhofer JOSE is descr...
Because of the all-weather and all-time data acquisition capability, high resolution space borne syn...
Due to the all-weather data acquisition capabilities, high resolution space borne Synthetic Aperture...
Due to the all-weather data acquisition capabilities, high resolution space borne Synthetic Aperture...
Combined processing using different sensor types, i.e. for applications like change detection, requi...
Due to the high spatial resolution of up to 1 m, very high resolution spaceborne SAR sensors such as...
Analysis, interpretation and feature extraction concerning High Resolution (HR) Synthetic Aperture R...
C mbined pr cessing using different sens r types, i .e. f r applicati ns like change detecti n, requ...
Abstract — Urban areas are crowded environments, where a disaster can bring dramatic consequences, i...
Abstract. Modern space borne SAR sensors provide geometric resolution of one meter. Airborne systems...