Dr. Lin Wang

Analysing the non-linear Geophysical data process and impacts on the global Geodetic reference frame including the GNSS (GPS and GLONASS) Precise Orbit determination, SLR precise orbit, re-estimated coordinates of permanent stations, Geocenter variations, and Earth Orientation parameters, Cooperation with AIUB (Bern, Switzerland) for integration of the Geophysical signal into the developing Bernese GNSS software, including the customization and extended developments.

adopt surface loading correction in BKG for reference frame solution.

conduct research for international DFG (Germany) and FNR (Luxembourg) projects. Design Geophysical model for the satellite Geodetic observations and the computation program developed in high efficient MATLAB script. Doctor degree is promoted with the inversion algorithm design and development to obtain the continental water storage from high precision GNSS observations.

student research assist for MATLAB program development for GRACE mission derived time variable gravity field, including: Principal Component Analysis, data processing, visualization and GUI design for effective research applications working load: 30h/month

Promoted with "Continental water storage variations inferring from GPS 3-D coordinates time series"

Thesis in Guest research in TU Delft with "GOCE Gravity models and Gravity Gradient Assessment"

major focus on GIS techniques