About: Planetary Robotics Vision Ground Processing     Goto   Sponge   NotDistinct   Permalink

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  • PROVISG will - build a framework for planetary robotic vision ground processing - develop the technology to better process and visualise existing & future data from planetary missions to maximize value-adedd exploitation of the data for research, technology and education - increase public awareness of such missions and the EC contribution to their scientific evaluation. We define robotic planetary space missions as unmanned missions performing in situ surface exploration on planetary objects. Most such missions involve mobility provided by a surface ( rover ) or aerial (balloons etc.) vehicle and require rapid turnaround of imaging data through processing and proper presentation on the ground (i.e., on Earth) to make maximum use of the limited vehicle lifetime. PROVISG incorporates major EU and US research institutions & stakeholders involved in vision & navigation for robotic space missions and their scientific exploitation. We will develop a unified approach for robotic vision ground processing (en)
  • PROVISG will - build a framework for planetary robotic vision ground processing - develop the technology to better process and visualise existing & future data from planetary missions to maximize value-adedd exploitation of the data for research, technology and education - increase public awareness of such missions and the EC contribution to their scientific evaluation. We define robotic planetary space missions as unmanned missions performing in situ surface exploration on planetary objects. Most such missions involve mobility provided by a surface ( rover ) or aerial (balloons etc.) vehicle and require rapid turnaround of imaging data through processing and proper presentation on the ground (i.e., on Earth) to make maximum use of the limited vehicle lifetime. PROVISG incorporates major EU and US research institutions & stakeholders involved in vision & navigation for robotic space missions and their scientific exploitation. We will develop a unified approach for robotic vision ground processing (cs)
Title
  • Planetary Robotics Vision Ground Processing (en)
  • Planetary Robotics Vision Ground Processing (cs)
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  • space planetary missions; computer vision; robotics (en)
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