Tuesday, 21 Apr 2009 Room: 26 Chairperson: F. Perosanz
13:30–13:45
EGU2009-3791 T. Springer, F. Dilssner, J. Tegedor, D. Escobar, J. Dow, and R. Zandbergen The benefits of combined processing of observations from different Global Navigation Satellite Systems (solicited)
13:45–14:00
EGU2009-6720 R. Dach, R. Schmid, G. Wuebbena, M. Schmitz, S. Schaer, S. Lutz, and P. Steigenberger The use of system-dependent antenna phase center models in a global multi-GNSS analysis (solicited)
14:00–14:15
EGU2009-8365 W. Söhne, R. Dach, T. Springer, G. Gendt and the GGSP Prototype Team Galileo Terrestrial Reference Frame realization and beyond: the GGSP project (solicited)
14:15–14:30
EGU2009-8933
M. Ge, J. Chen, and G. Gendt EPOS-RT: Software for Real-time GNSS Data Processing
14:30–14:45
EGU2009-7490 I. Romero, T. Springer, J. Dow, and R. Zandbergen IGS reprocessing goals and results from ESA/ESOC (solicited)
14:45–15:00
EGU2009-3768 P. Gegout, F. Perosanz, J.-P. Boy, J. Hinderer, and G. Ferhat Modeling and Observation of Loading Contribution to Time-Variable GPS Sites Positions
COFFEE BREAK
Chairperson: R. Weber
15:30–15:45
EGU2009-12681 FN Teferle, J Geng, X Meng, AH Dodson, M Ge, C Shi, and J Liu Precise Point Positioning Ambiguity Resolution: Are we there yet? (solicited)
15:45–16:00
EGU2009-12769
F. Mercier and D. Laurichesse Receiver positioning with zero-difference integer ambiguity fixing (solicited)
16:00–16:15
EGU2009-10619 J. Geng, X. Meng, F.N. Teferle, A.H. Dodson, M. Ge, C. Shi, and J. Liu Real-time Precise Point Positioning with Ambiguity Resolution for Geosciences
16:15–16:30
EGU2009-9135 J. Cai, E. Grafarend, and C. Hu Bootstrap method and its application to the hypothesis testing in GPS mixed integer linear model
16:30–16:45
EGU2009-10733 A. Egido, C. Martin-Puig, D. Felip, M. Garcia, M. Caparrini, E. Farres, and G. Ruffini Soil Moisture Monitoring Using GNSS-R Signals; First Experimental Results with the SAM Sensor
16:45–17:00
EGU2009-1361 T. Hobiger, S. Shimada, S. Shimizu, and R. Ichikawa Fine-mesh numerical weather models for modeling of GNSS troposphere slant delays
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