GNSS FATIMA
Fix And TIme provisioning system for MArs (FATIMA) is a concept of a proposed Global Navigation Satellite System (GNSS) for Mars. The main purpose of the proposed system is to provide precise positioning, navigation, and time services on Mars for current and future robotic exploration systems, probes, and for future human missions to Mars.[1]
A study of the proposed concept was published in 2016 by its lead scientist, Jozef Kozár, of Mars Systems Laboratory and the Faculty of Aeronautics of Technical University of Košice, Slovakia. The system contains an autonomous GNSS designed for the Martian planetary conditions. The proposed system contains 15 autonomous GNSS satellites in three orbital planes—five in each orbital plane. The satellite navigation system will cover the entire surface of Mars.
References
- ↑ Goff, Stan. "Study Proposes Satellite Navigation System for Mars". Inside GNSS. Gibbons Media & Research LLC. Retrieved 25 February 2017.
External links
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- GNSS FATIMA, official project description on personal profile page of Dr. Jozef Kozár
- Space Technology Research Projects, Faculty of Aeronautics of Technical University of Košice
- Experimental analysis of precision of Mars GNSS FATIMA according to ionosphere of Mars, Science & Mars Journal, Volume 3, Issue 7
- Geometric dilution of precision of the GNSS for Mars (GNSS FATIMA), Aviation, Volume 20, 2016 - Issue 4, http://dx.doi.org/10.3846/16487788.2016.1264714
- Implementation proposal of GNSS FATIMA for planetary exploration on Mars. Contribution to 4th International Scientific Conference of PhD Students and Young Scientists and Researchers, LF TUKE, Kosice, Slovakia, 14-15 May, 2015. Published in Proceedings of the Conference ISBN 978-80-553-2136-3
- Cartographic requirements for Mars GNSS FATIMA. Joint ICA Symposium, Niteroi, Brazil, 21-22 August 2015. Commission on Planetary Cartography of International Cartographic Association. Proceedings: ISBN 978-1-907075-08-7; p. 198
- Experimental analysis of precision of Mars GNSS FATIMA according to ionosphere of Mars. Research Paper. January 11, 2016: Munich, GRIN Publishing GmbH – ISBN N/A (printed book), ISBN 978-3-668-25669-9 (eBook)
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