The objective of this paper is to review the anticipated imaging and remote-sensing technology requirements for aerial vehicle survey missions to other planetary bodies in our Solar system that can support in-atmosphere flight. In the not too distant future such planetary aerial vehicle (a.k.a. aerial explorers) exploration missions will become feasible. Imaging and remote- sensing observations will be a key objective for these missions. Accordingly, it is imperative that optimal solutions in terms of imaging acquisition and real-time autonomous analysis of image data sets be developed for such vehicles.
Aerial Vehicle Surveys of Other Planetary Atmospheres and Surfaces: Imaging, Remote-Sensing, and Autonomy Technology Requirements
2005
18 pages
Report
Keine Angabe
Englisch
Astronomy & Celestial Mechanics , Cartography , Optical Detection , Planetary atmospheres , Remote detectors , Aerial surveys , Images , Aircraft , Acquisition , Real time , Missions , Self operation , Planets , Solar system , Optimization , Symposia , Simulation , Data bases , Requirements , Aerial imaging , Planetary aerial vehicles , Uav(Unmanned aerial vehicles)
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