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GPS Based Relative Navigation

2012
The use of Global Positioning System (GPS) measurements provides the primary technique for determining the relative position of cooperative, formation-flying satellites in low Earth orbit. Similar to terrestrial applications, the relative navigation benefits from a high level of common error cancellation.
Oliver Montenbruck, Simone D’Amico
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Relative navigation using pulsar signals

2011 International Conference on Wireless Communications and Signal Processing (WCSP), 2011
Pulsar navigation has shown its great potentiality in autonomous navigation for orbit satellite and deep space spacecraft. Relative navigation using pulsar signal has shown its benefit in recent years, and higher performance has achieved in some studies.
Hua Zhang, Luping Xu, Woheng Li
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Robust adaptive terrain-relative navigation

2014 Oceans - St. John's, 2014
Terrain-Relative Navigation (TRN) is a technique for localizing a vehicle in GPS-denied environments. TRN augments a dead-reckoned solution with continuous position fixes based on correlations with a pre-stored map. In underwater applications TRN accuracy on the order of 3m has been demonstrated, however convergence to incorrect solutions has been ...
Shandor Dektor, Stephen Rock
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Relative Navigation

Journal of Navigation, 1974
Liverpool has long been a major seaport and the present centre of nautical education at the Department of Maritime Studies of Liverpool Polytechnic has developed from the Liverpool Nautical College over several decades. Most of the students have a background of experience in merchant shipping and the port industry.
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Relative Navigation Technology

2018
Relative navigation of spacecraft refers to determine the relative position and relative velocity between the two spacecraft (Yang et al. in Aerosp Shanghai (02):45–54 [1], Yang et al. in Aerosp Shanghai 27(2):38–45 [2], Shi et al. in Aerosp Control 28(6):43–48 [3]) by using spaceborne measuring equipment and combining with the relative motion equation
Fucheng Liu, Shan Lu, Yue Sun
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Relative Navigation of Air Vehicles

Journal of Guidance, Control, and Dynamics, 2008
This paper derives the full equations of motion for relative navigation of air vehicles. An extended Kalman filter is used for estimating the relative position and attitude of two air vehicles designated leader and follower. All leader states are assumed known, whereas the relative states are estimated using line-of-sight measurements between the ...
Adam M. Fosbury, John L. Crassidis
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