Traffic data acquisition from space has evolved to an important task over the last years. Future SAR satellite missions will provide high resolution dual-channel SAR data and therefore a possibilty to collect traffic parameters of a large area from space. In this paper a detection approach for vehicles will be presented, which considers simultaneously the effects moving objects suffer from in the SAR image. The performance of the proposed detection scheme is analyzed using experimental airborne SAR data
This paper analyzes the potential of the upcoming German satellite mission TerraSAR-X to monitor tra...
This article presents an approach for spatio-temporal co-registration of dynamic objects in Syntheti...
The Shuttle Radar Topography Mission (SRTM) was flown in February 2000 to map the world's land mass ...
This paper reviews the theoretical background for upcoming dual-channel radar satellite missions to ...
This paper derives the theoretical background for upcoming dual-channel radar satellite missions to ...
Automatic estimation of traffic parameters has evolved to an important topic of research. Upcoming S...
This paper reviews the theoretical background for upcoming dual-channel Radar satellite missions to ...
Upcoming SAR satellite missions like TerraSAR-X or RADARSAT-2 will deliver high resolution dual chan...
Synthetic aperture radar (SAR) is an established imaging method widely used by the remote sensing co...
Detection of traffic congestion is an important issue both for the transportation research community...
With TerraSAR-X, Germany will launch its first dual-channel SAR satellite mission in the year 2006....
In this paper the changes occurring in two images acquired at two different time moments are analyze...
Synthetic Aperture Radar (SAR) is an established active sensor technique to acquire images of the gr...
Detection of traffic congestion is an important issue both for the transportation research community...
The focus of this paper is on resolving some of the ambiguity inherent in locating moving targets in...
This paper analyzes the potential of the upcoming German satellite mission TerraSAR-X to monitor tra...
This article presents an approach for spatio-temporal co-registration of dynamic objects in Syntheti...
The Shuttle Radar Topography Mission (SRTM) was flown in February 2000 to map the world's land mass ...
This paper reviews the theoretical background for upcoming dual-channel radar satellite missions to ...
This paper derives the theoretical background for upcoming dual-channel radar satellite missions to ...
Automatic estimation of traffic parameters has evolved to an important topic of research. Upcoming S...
This paper reviews the theoretical background for upcoming dual-channel Radar satellite missions to ...
Upcoming SAR satellite missions like TerraSAR-X or RADARSAT-2 will deliver high resolution dual chan...
Synthetic aperture radar (SAR) is an established imaging method widely used by the remote sensing co...
Detection of traffic congestion is an important issue both for the transportation research community...
With TerraSAR-X, Germany will launch its first dual-channel SAR satellite mission in the year 2006....
In this paper the changes occurring in two images acquired at two different time moments are analyze...
Synthetic Aperture Radar (SAR) is an established active sensor technique to acquire images of the gr...
Detection of traffic congestion is an important issue both for the transportation research community...
The focus of this paper is on resolving some of the ambiguity inherent in locating moving targets in...
This paper analyzes the potential of the upcoming German satellite mission TerraSAR-X to monitor tra...
This article presents an approach for spatio-temporal co-registration of dynamic objects in Syntheti...
The Shuttle Radar Topography Mission (SRTM) was flown in February 2000 to map the world's land mass ...