
pmid: 12484470
The Astronomical Institute of the University of Berne is hosting one of the Analysis Centers (AC) of the International GPS Service (IGS). A network of a few GPS stations in Europe and North America is routinely analyzed for time transfer purposes, using the carrier phase observations. This work is done in the framework of a joint project with the Swiss Federal Office of Metrology and Accreditation (METAS). The daily solutions are computed independently. The resulting time transfer series show jumps of up to 1 ns at the day boundaries. A method to concatenate the daily time transfer solutions to a continuous series was developed. A continuous time series is available for a time span of more than 4 mo. The results were compared with the time transfer results from other techniques such as two-way satellite time and frequency transfer. This concatenation improves the results obtained in a daily computing scheme because a continuous time series better reflects the characteristics of continuously working clocks.
Stochastic Processes, Time Factors, Geography, Radio Waves, International Cooperation, Models, Theoretical, Satellite Communications, Sensitivity and Specificity, Europe, Calibration, North America, Computer Simulation, Spacecraft, Environmental Monitoring
Stochastic Processes, Time Factors, Geography, Radio Waves, International Cooperation, Models, Theoretical, Satellite Communications, Sensitivity and Specificity, Europe, Calibration, North America, Computer Simulation, Spacecraft, Environmental Monitoring
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