This study presents some first timing results obtained using the Galileo signals and the satellite orbits and clocks provided in the navigation messages. It is firstly shown how it is possible to determine the hardware delays of Galileo signals in a GNSS station already calibrated for GPS signals. Calibrated time transfer solutions between ORB and IT obtained from Galileo signals are then presented. Finally the Galileo dissemination of UTC and GPS to Galileo Time Offset (GGTO) are compared with respect to the same quantities estimated using a calibrated GNSS receiver.
Advances on the use of Galileo signals in time metrology: calibrated time transfer and estimation of UTC and GGTO using a combined commercial GPS-Galileo receiver / Defraigne, P.; Aerts, W.; Cerretto, G.; Signorile, G.; Cantoni, E.; Sesia, I.; Tavella, P.; Cernigliaro, A.; Samperi, A.; Sleewaegen, J. M.. - (2013). (Intervento presentato al convegno Precise Time and Timing Interval (PTTI)).
Advances on the use of Galileo signals in time metrology: calibrated time transfer and estimation of UTC and GGTO using a combined commercial GPS-Galileo receiver
G. Cerretto;G. Signorile;E. Cantoni;I. Sesia;P. Tavella;
2013
Abstract
This study presents some first timing results obtained using the Galileo signals and the satellite orbits and clocks provided in the navigation messages. It is firstly shown how it is possible to determine the hardware delays of Galileo signals in a GNSS station already calibrated for GPS signals. Calibrated time transfer solutions between ORB and IT obtained from Galileo signals are then presented. Finally the Galileo dissemination of UTC and GPS to Galileo Time Offset (GGTO) are compared with respect to the same quantities estimated using a calibrated GNSS receiver.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
