8 Nov 2013
Relativistic Positioning Systems and their Scientific Applications
The seventh issue of Acta Futura publishes the proceedings of the Workshop on Relativistic Positioning Systems and their Scientiļ¬c Applications. Organised by the Faculty of Mathematics and Physics, University of Ljubljana (UL), ESA (Advanced Concepts Team) and Centre of Excellence SPACE-SI.
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Autonomous Spacecraft Navigation With Pulsars
Becker, W. and Bernhardt, M.G. and Jessner, A.
Acta Futura 7: 11-28
(2013)
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Restricted Post-Newtonian two-body problem with spin and its applications
Biscani, F. and Carloni, S.
Acta Futura 7: 29-34
(2013)
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Relativistic positioning systems: perspectives and prospects
Coll, B.
Acta Futura 7: 35-47
(2013)
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From emission to inertial coordinates: observational rule and inertial splitting
Coll, B. and Ferrando, J.J. and Morales-Lladosa, J.A.
Acta Futura 7: 49-55
(2013)
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Atomic clocks: new prospects in metrology and geodesy
Delva, P. and Lodewyck, J.
Acta Futura 7: 67-78
(2013)
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Relativistic Positioning Systems and Gravitational Perturbations
Gomboc, A. and Kostic, U. and Horvat, M. and Carloni, S. and Delva, P.
Acta Futura 7: 79-85
(2013)
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Preliminary study for the measurement of the Lense-Thirring effect with the Galileo satellites
Monge, B.M. and Koenig, R. and Michalak, G. and Ciufolini, I. and Paolozzi, A. and Sindoni, G.
Acta Futura 7: 87-96
(2013)
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Relativistic Positioning Systems: Numerical Simulations
Saez, D. and Puchades, N.
Acta Futura 7: 103-110
(2013)
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Relativistic space-time positioning: principles and strategies
Tartaglia, A.
Acta Futura 7: 111-124
(2013)
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