This paper describes an image processing chip developed by the University of Dundee to support vision-based navigation of a planetary lander. The chip detects features in an image and tracks them from one image frame to the next. It manages the list of feature points and their status. Information about tracked feature points is sent to a Guidance and Navigation Control (GNC) computer for integration with information from the Inertial Measurement Unit. The connection to the GNC computer is via two SpaceWire links. A third SpaceWire link is used to control the camera providing images to the image processing chip
This paper describes a generic platform for vision based navigation which is partially inspired by t...
A feature tracking algorithm is described, which is designed to support optical navigation of autono...
GMV is in charge of developing the GNC subsystem of HERA mission, currently going through Phase C. A...
This paper describes an image processing chip developed by the University of Dundee to support visio...
Computer vision technology is being developed by ESA to support the navigation and autonomous landin...
Optical imagery provides a powerful means of autonomous navigation for spacecraft in the vicinity of...
This paper describes a facility set up as a test bed and a proof of concept to study open issues of ...
Recent planetary lander missions to Mars, such as UK's Beagle 2, and NASA's Spirit and Opportunity h...
Nowadays, space agencies have increased their research eorts in order to enhance the success rate of...
In this paper, a suite of tools and algorithms devoted to optical navigation for autonomous landing ...
Landing on Mars or other planetary bodies, close to a predetermined target landing spot, in an area ...
Vision-based navigation systems are being designed for a wide range of space applications including ...
Abstract. Increasing the level of spacecraft autonomy is essential for broadening the reach of solar...
Nowadays, all space agencies have increased their research efforts in order to enhance the success r...
The VTNF (Vision-based Terrain Navigation Facility) is an innovative platform designed as a test bed...
This paper describes a generic platform for vision based navigation which is partially inspired by t...
A feature tracking algorithm is described, which is designed to support optical navigation of autono...
GMV is in charge of developing the GNC subsystem of HERA mission, currently going through Phase C. A...
This paper describes an image processing chip developed by the University of Dundee to support visio...
Computer vision technology is being developed by ESA to support the navigation and autonomous landin...
Optical imagery provides a powerful means of autonomous navigation for spacecraft in the vicinity of...
This paper describes a facility set up as a test bed and a proof of concept to study open issues of ...
Recent planetary lander missions to Mars, such as UK's Beagle 2, and NASA's Spirit and Opportunity h...
Nowadays, space agencies have increased their research eorts in order to enhance the success rate of...
In this paper, a suite of tools and algorithms devoted to optical navigation for autonomous landing ...
Landing on Mars or other planetary bodies, close to a predetermined target landing spot, in an area ...
Vision-based navigation systems are being designed for a wide range of space applications including ...
Abstract. Increasing the level of spacecraft autonomy is essential for broadening the reach of solar...
Nowadays, all space agencies have increased their research efforts in order to enhance the success r...
The VTNF (Vision-based Terrain Navigation Facility) is an innovative platform designed as a test bed...
This paper describes a generic platform for vision based navigation which is partially inspired by t...
A feature tracking algorithm is described, which is designed to support optical navigation of autono...
GMV is in charge of developing the GNC subsystem of HERA mission, currently going through Phase C. A...