Go directly to content
Go directly to font size and contrast
Servicenavigation
DFG Homepage
Disclaimer / Copyright
|
Help
|
Data Monitor
Deutsch
Hauptnavigation
Search
Catalogue
People Index
Location Index
About GEPRIS
Project Details
Back
Institution
Technische Universität München (TUM)
TUM School of Engineering and Design
Professur für Satellitengeodäsie
Address
Arcisstraße 21
80333 München
Deutschland
GERiT
This institution in GERiT
80333 München
Projects
Research Grants
Current projects
Breaking the DORIS System Accuracy Limitations Caused by Clocks
(Applicant
Hugentobler, Urs
)
Multi-constellation and multi-sensor integrated non-conservative forces modeling framework (MOTIVATING)
(Applicant
Schuh, Harald
)
Pro- and Retrospective highly accurate and consistent Earth Orientation parameters for Geodetic Research within the Earth System Sciences (PROGRESS)
(Applicants
Bloßfeld, Mathis
;
Dill, Robert
;
Hugentobler, Urs
)
Completed projects
Analyse der Zeitreihen lokaler Rotationssensoren
(Applicant
Schneider, Manfred
)
Delta-T: All Optical Time Tagging in Satellite Laser Ranging And Optical Delay Compensation For Very Long Baseline Interferometry Based On Ultra-Short Mode-Locked Laser
(Applicant
Schreiber, Ulrich
)
DORIS solutions improvement and combinations with other techniques of space geodesy
(Applicant
Hugentobler, Urs
)
Enhanced G: Precision Ring Laser Earth Rotation Sensing for Space Geodesy at the Quantum Limit
(Applicant
Schreiber, Ulrich
)
Geodätische und geodynamische Nutzung reprozessierter GPS-, GLONASS- und SLR-Daten
(Applicants
Dach, Rolf
;
Dietrich, Reinhard
;
Hugentobler, Urs
;
Rothacher, Markus
)
LEO orbit modeling improvement and application for GNSS and DORIS LEO satellites
(Applicant
Hugentobler, Urs
)
Modellierung lokaler Einflüsse am Aufstellungsort eines inertialen Rotationssensors auf die Variationen der Erdrotationsrate
(Applicant
Schreiber, Ulrich
)
Multi-Skalen-Ionosphärenmodell aus der Kombination moderner Satellitenverfahren (MuSIK)
(Applicants
Hugentobler, Urs
;
Jakowski, Norbert
;
Schmidt, Michael
)
Two-way satellite tracking as basis of gravity field misssion scenarios - a simulation study with detailed error analysis II
(Applicants
Pail, Roland
;
Schlicht, Anja
)
Research Units
Current projects
Accurate long distance optical time transfer from ground to ground via a satellite link
(Applicants
Flechtner, Frank
;
Klügel, Thomas
;
Schlicht, Anja
;
Schreiber, Ulrich
)
Coordination Funds
(Applicant
Schreiber, Ulrich
)
FOR 5456: Clock Metrology: A Novel Approach to TIME in Geodesy
(Spokesperson
Schreiber, Ulrich
)
The application of time in closure as a novel strategy towards error-free space geodetic observations
(Applicant
Bloßfeld, Mathis
)
Time as observable in integrated ground and space-based GNSS analysis
(Applicants
Hugentobler, Urs
;
Männel, Benjamin
)
Completed projects
Co-location of Space Geodetic Techniques on Ground and in Space
(Applicants
Rothacher, Markus
;
Schreiber, Ulrich
)
Consistent dynamic satellite reference frames and terres-trial geodetic datum parameters
(Applicants
Hugentobler, Urs
;
Seitz, Manuela
)
Lunar Laser Ranging: Consistent modelling for geodetic and further scientific applications
(Applicant
Müller, Jürgen
)
Modelling of Episodic-Transient Signals in Measurements of Large Ring Lasers
(Applicants
Schreiber, Ulrich
;
Ulbrich, Uwe
)
Priority Programmes
Completed projects
Development of High-precision Thermosphere Models for Improving Precise Orbit Determination of Low-Earth-Orbiting Satellites (TIPOD)
(Applicants
Hugentobler, Urs
;
Kusche, Jürgen
;
Schmidt, Michael
;
Stolle, Claudia
)
Dynamic model of a coupled system of the convecting mantle, lithosphere and ice shield of Antarctica (MANTIS-II).
(Applicant
Kaban, Mikhail
)
Interactions of low-orbiting satellites with the surrounding thermosphere and ionosphere
(Applicants
Borries, Claudia
;
Flury, Jakob
;
Pail, Roland
;
Schlicht, Anja
;
Schmidt, Michael
)
Research Training Groups
Current projects
GRK 2698: Geophysical modelling of vertical motion processes constrained by geodetic and geological observations (UPLIFT)
(Spokesperson
Pail, Roland
)
Additional Information
© 2024
DFG
Disclaimer / Copyright
/
Privacy Policy
Textvergrößerung und Kontrastanpassung
