Pasadena / Bern / Washington / D.C. / Vancouver / Nashville / Boras / /
Company
Jet Propulsion Laboratory / Time Interval Systems / Bernese GPS Software / Global Navigation Satellite Systems / /
Continent
Africa / Europe / /
Country
Germany / Switzerland / Sweden / France / / /
Facility
Research Institute / University of Bern / University of Berne / GNSS station SPT0 / station MTKA / Astronomical Institute / station ONSA / station SPT0 / GNSS station / /
IndustryTerm
satellite biases / satellite clock corrections stations / satellite clock parameters / satellite clock time series result / term solution / satellite tracking data / consistent satellite clock corrections / analysis using carrier phase data / rapid products / satellite orbits / satellite geometry / estimated satellite biases / final products / mean satellite biases / consistent products / final and rapid clock products / estimated satellite / satellite system / daily network solution / clock processing / estimated satellite clock corrections / carrier phase / carrier phase measurements / obtained satellite clocks / required computing effort / continuous carrier phase data / satellite navigation system / consistent satellite orbits / test solutions / daily solutions / elevation-dependent satellite antenna phase center variations / satellite clock corrections / long-term solution / carrier phase frequencies / satellite clock parameter / satellite clocks / satellite constellation repeats / /
NaturalFeature
Atlantic Ocean / Pacific Ocean / /
Organization
CODE GNSS / Astronomical Institute / Center for Orbit Determination in Europe / International GNSS Service / Swedish National Testing and Research Institute / University of Bern / Research Institute / IGS Central Bureau / Federal office of Topography / G20 / Federal Agency for Cartography and Geodesy / Institut G´eographique National / Satellite Division / University of Berne / / /
COMBINED MULTI–SYSTEM GNSS ANALYSIS FOR TIME AND FREQUENCY TRANSFER R. Dach∗, S. Schaer†, U. Hugentobler∗, T. Schildknecht∗, and A. G¨ ade∗ ∗