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GPS & Satellite Geodesy Techniques

Research and Project Areas

Kalman filter algorithms for kinematic GPS.
Satellite orbit determination.
Using GPS to measure crustal deformation in the Australasian region.
Signal multipath studies.
High-precision applications of GPS.
Precise heighting with SLR and GPS.
Real-time GPS surveying.
GPS attitude determination.
Use of InSAR for deformation monitoring.
Deformation monitoring using GPS.
GPS base station management and QC.
High-precision long range kinematic GPS positioning.
Ambiguity resolution 'on-the-fly' studies.
PC-based GPS reduction software.
GPS data preprocessing software.
Low-cost GPS surveying algorithms and techniques.

For further information visit the SNAP webpage.