… We estimate orbital elements and clock errors for a 3GEO+2IGSO … precise orbit determination
(MPOD) strategy, with which clock error elimination algorithm is applied to separate orbital …

… recovery after maneuvers contribute to the overall Positioning, Navigation and Timing (PNT) …
relies on time synchronization between ground tracking stations and in-orbit satellites. By …

… orbit propagation accuracy is degraded as time goes by. Thus a new concept of orbit
determination … In this research, a new analytical dynamic orbit determination method with …

… challenges of the precise orbit determination and time synchronization from the regional …
, the road map of precise orbit determination and time synchronization technique for the next …

… orbit determination methods [5] that seek to find the orbital elements of an unknown space
object from a minimum set of observations, the orbit … Approximate information on the orbital …

… a general observation model for orbit determination (OD) and time synchronization (TS) …
model, satellite orbits, clocks, and hardware delay biases of ISL equipment can be determined …

… This performance demonstrates that the time accuracy is better than 40 … time numerical
orbit determination method developed in this study can provide a reliable, highly accurate time …

… We assess the orbit accuracy and time synchronization error … The accuracy of satellite
orbit determination using the SF … We determine the GRACE satellite orbit using the SF GPS …

… autonomous orbit determination and time synchronization of spacecraft in Halo orbits around
… is the lack of fixed landmarks for orbit determination. The proposed solution involves using …

… by carrier phase is used for orbit determination. As clock offset can be expressed as quadratic
polynomial, and each station realized time synchronization, the linear part and quadratic …