Mathias Fritsche
Dresden University of Technology
Network
Latest external collaboration on country level. Dive into details by clicking on the dots.
Publication
Featured researches published by Mathias Fritsche.
Journal of Geodesy | 2015
Xingxing Li; Maorong Ge; Xiaolei Dai; Xiaodong Ren; Mathias Fritsche; Jens Wickert; Harald Schuh
In this contribution, we present a GPS+GLONASS+BeiDou+Galileo four-system model to fully exploit the observations of all these four navigation satellite systems for real-time precise orbit determination, clock estimation and positioning. A rigorous multi-GNSS analysis is performed to achieve the best possible consistency by processing the observations from different GNSS together in one common parameter estimation procedure. Meanwhile, an efficient multi-GNSS real-time precise positioning service system is designed and demonstrated by using the multi-GNSS Experiment, BeiDou Experimental Tracking Network, and International GNSS Service networks including stations all over the world. The statistical analysis of the 6-h predicted orbits show that the radial and cross root mean square (RMS) values are smaller than 10 cm for BeiDou and Galileo, and smaller than 5 cm for both GLONASS and GPS satellites, respectively. The RMS values of the clock differences between real-time and batch-processed solutions for GPS satellites are about 0.10 ns, while the RMS values for BeiDou, Galileo and GLONASS are 0.13, 0.13 and 0.14 ns, respectively. The addition of the BeiDou, Galileo and GLONASS systems to the standard GPS-only processing, reduces the convergence time almost by 70 %, while the positioning accuracy is improved by about 25 %. Some outliers in the GPS-only solutions vanish when multi-GNSS observations are processed simultaneous. The availability and reliability of GPS precise positioning decrease dramatically as the elevation cutoff increases. However, the accuracy of multi-GNSS precise point positioning (PPP) is hardly decreased and few centimeter are still achievable in the horizontal components even with 40
Scientific Reports | 2015
Xingxing Li; Xiaohong Zhang; Xiaodong Ren; Mathias Fritsche; Jens Wickert; Harald Schuh
Journal of Climate | 2010
Sibylle Vey; Reinhard Dietrich; Axel Rülke; Mathias Fritsche; Peter Steigenberger; Markus Rothacher
^{\circ }
Surveys in Geophysics | 2014
Andreas Groh; Heiko Ewert; Mathias Fritsche; Axel Rülke; R. Rosenau; Mirko Scheinert; Reinhard Dietrich
Archive | 2010
Martin Horwath; Axel Rülke; Mathias Fritsche; Reinhard Dietrich
∘ elevation cutoff. At 30
In: Drewes H. (Ed.) Geodetic Reference Frames, IAG Symposia | 2009
Peter Steigenberger; Markus Rothacher; R Schmid; Axel Rülke; Mathias Fritsche; Reinhard Dietrich; V Tesmer
Geologica Acta | 2007
Daniel Del Cogliano; Reinhard Dietrich; Andreas Richter; Raul Perdomo; J. L. Hormaechea; Gunter Liebsch; Mathias Fritsche
^{\circ }
Journal of Geophysical Research | 2014
Andreas Richter; Sergey V. Popov; Mathias Fritsche; Valery V. Lukin; Alexey Yu. Matveev; Alexey Ekaykin; Vladimir Ya. Lipenkov; Denis V. Fedorov; Lutz Eberlein; Ludwig Schröder; Heiko Ewert; Martin Horwath; Reinhard Dietrich
Geophysical Research Letters | 2009
Andreas Richter; J. L. Hormaechea; Reinhard Dietrich; Raul Perdomo; Mathias Fritsche; D. Del Cogliano; Gunter Liebsch; Luciano Pedro Oscar Mendoza
∘ and 40
Geophysical Research Letters | 2014
H. Lange; Gino Casassa; Erik R. Ivins; Ludwig Schröder; Mathias Fritsche; Andreas Richter; Andreas Groh; Reinhard Dietrich
Collaboration
Dive into the Mathias Fritsche's collaboration.
