We compare the broadcast ephemerides from Global Positioning Satellites (GPS) to the postprocessed ephemerides from the Defense Mapping Agency (DMA). We find significant energy in the spectrum of the residuals at 1 cycle/day and higher multiples. We estimate the time variance of the residuals and show that the short term residuals, from 15 min, exhibit power law processes with greater low frequency perturbations than white phase modulation. We discuss the significance of these results for the performance of the GPS Kalman filter which estimates the broadcast orbits
The establishment of the International GPS Service for Geodynamics (IGS) in 1994 and the rapid dev...
The establishment of the International GPS Service for Geodynamics (IGS) in 1994 and the rapid dev...
The orbital error is one of the errors in GPS which affect the accuracy of GPS positioning. In this ...
We compare the brwdcast ephemerides from G&M Positioning Sdellites (GPS) to the post-processed e...
The required knowledge of the Global Positioning System (GPS) satellite position accuracy can vary d...
We characterize the errors in the broadcast estimates of the Global Positioning System’s satellite e...
Here we test the capability of the Broadcast Ephemeris Message, in both its GPS-like (Keplerian elli...
Here we test the capability of the Broadcast Ephemeris Message, in both its GPS-like (Keplerian elli...
The orbital error is one of the errors in GPS which affect the accuracy of GPS positioning. In this ...
The Navstar/Global Positioning System (GPS) is considered. The issue of control segment accuracy in ...
An effort to improve station position recovery using broadcast ephemeris in Doppler data reduction w...
Based on the research, the area of precise ephemerides for GPS satellites, the following observation...
The Navstar Global Positioning System (GPS) is a highly accurate space based navigation system provi...
AbstractThe computation of a navigation satellite position and clockis a general task in GPS positio...
The NAVSTAR Global Positioning System (GPS) has been under development by the US Department of Defen...
The establishment of the International GPS Service for Geodynamics (IGS) in 1994 and the rapid dev...
The establishment of the International GPS Service for Geodynamics (IGS) in 1994 and the rapid dev...
The orbital error is one of the errors in GPS which affect the accuracy of GPS positioning. In this ...
We compare the brwdcast ephemerides from G&M Positioning Sdellites (GPS) to the post-processed e...
The required knowledge of the Global Positioning System (GPS) satellite position accuracy can vary d...
We characterize the errors in the broadcast estimates of the Global Positioning System’s satellite e...
Here we test the capability of the Broadcast Ephemeris Message, in both its GPS-like (Keplerian elli...
Here we test the capability of the Broadcast Ephemeris Message, in both its GPS-like (Keplerian elli...
The orbital error is one of the errors in GPS which affect the accuracy of GPS positioning. In this ...
The Navstar/Global Positioning System (GPS) is considered. The issue of control segment accuracy in ...
An effort to improve station position recovery using broadcast ephemeris in Doppler data reduction w...
Based on the research, the area of precise ephemerides for GPS satellites, the following observation...
The Navstar Global Positioning System (GPS) is a highly accurate space based navigation system provi...
AbstractThe computation of a navigation satellite position and clockis a general task in GPS positio...
The NAVSTAR Global Positioning System (GPS) has been under development by the US Department of Defen...
The establishment of the International GPS Service for Geodynamics (IGS) in 1994 and the rapid dev...
The establishment of the International GPS Service for Geodynamics (IGS) in 1994 and the rapid dev...
The orbital error is one of the errors in GPS which affect the accuracy of GPS positioning. In this ...