The VTNF (Vision-based Terrain Navigation Facility) is an innovative platform designed as a test bed for studying open issues related to the navigation of a planetary lander in its Entry-Descent-Landing (EDL) phase.The facilitymakes available a safe indoor flight volume, fully tracked by infrared cameras, an autonomous quadrotor equipped with a camera and a diorama representing a portion of Martian surface. The quadrotor is used to trigger pictures of the diorama from coordinates that are scaled according to a virtual mission in its EDL phase, simulated on a dedicated workstation. The pictures are then processed to provide information about the presence of particular geological features (craters, canyons, hills . . . ) and to estimate an ha...
This paper describes an image processing chip developed by the University of Dundee to support visio...
A navigation system for Mars rovers in very rough terrain has been designed, implemented, and tested...
ESA is planning a series of robotic missions to Mars, the safe delivery of which will be greatly ass...
The VTNF (Vision-based Terrain Navigation Facility) is an innovative platform designed as a test bed...
This paper describes a facility set up as a test bed and a proof of concept to study open issues of ...
Terrain Relative Navigation (TRN) is an on-board GN&C function that generates a position estimate of...
This paper describes the design, implementation, and experimental results of a navigation system for...
Recent planetary lander missions to Mars, such as UK's Beagle 2, and NASA's Spirit and Opportunity h...
Results from the experimental testing of a navigation system for planetary rovers called Terrain Ada...
Landing on Mars or other planetary bodies, close to a predetermined target landing spot, in an area ...
Nowadays space exploration is moving further towards robotic missions with in situ analysis and plan...
Vision-based navigation systems are being designed for a wide range of space applications including ...
In this paper, a suite of tools and algorithms devoted to optical navigation for autonomous landing ...
After ExoMars in 2016 and 2018, future ESA missions to Mars, the Moon, or asteroids will require saf...
A number of three-dimensional virtual environments are available to develop vision-based robotic cap...
This paper describes an image processing chip developed by the University of Dundee to support visio...
A navigation system for Mars rovers in very rough terrain has been designed, implemented, and tested...
ESA is planning a series of robotic missions to Mars, the safe delivery of which will be greatly ass...
The VTNF (Vision-based Terrain Navigation Facility) is an innovative platform designed as a test bed...
This paper describes a facility set up as a test bed and a proof of concept to study open issues of ...
Terrain Relative Navigation (TRN) is an on-board GN&C function that generates a position estimate of...
This paper describes the design, implementation, and experimental results of a navigation system for...
Recent planetary lander missions to Mars, such as UK's Beagle 2, and NASA's Spirit and Opportunity h...
Results from the experimental testing of a navigation system for planetary rovers called Terrain Ada...
Landing on Mars or other planetary bodies, close to a predetermined target landing spot, in an area ...
Nowadays space exploration is moving further towards robotic missions with in situ analysis and plan...
Vision-based navigation systems are being designed for a wide range of space applications including ...
In this paper, a suite of tools and algorithms devoted to optical navigation for autonomous landing ...
After ExoMars in 2016 and 2018, future ESA missions to Mars, the Moon, or asteroids will require saf...
A number of three-dimensional virtual environments are available to develop vision-based robotic cap...
This paper describes an image processing chip developed by the University of Dundee to support visio...
A navigation system for Mars rovers in very rough terrain has been designed, implemented, and tested...
ESA is planning a series of robotic missions to Mars, the safe delivery of which will be greatly ass...