Hawaii Arequipa / Shanghai / Riga / Bergen / South Africa Matera / Italy Concepcion / Frascati / Chile Koganei / Switzerland Herstmonceux / Maryland Zimmerwald / Bern / Australia San Fernando / Argentina Katzively / China Golosiiv / Munich / Delft / Changchun / China Graz / Latvia Hartebeesthoek / San Juan / /
University of Bern / Delft University of Technology / GOCE High-Level Processing Facility / Institute of Astronomical / Astronomical Institute / Monument Peak / High-Level Processing Facility / Delft University / Australian Yarragadee station / /
IndustryTerm
kinematic and reduced-dynamic orbit solutions / determination chain / clock products / software systems / velocity solutions / gravity field model products / orbit solutions / orbit products / high-level processing facility / /
NaturalFeature
Ocean Circulation Explorer / /
Organization
GOCE SLR / Astronomical Institute / Faculty of Aerospace Engineering / Physical Geodesy / European Space Agency / Delft University of Technology FAE / Delft University of Technology / University of Bern / University of Bern AIUB / Institute of Astronomical / ESA GOCE Core Explorer Mission / first Core Earth Explorer Mission / Institute of Astronomical and Physical Geodesy / /
Person
Van Helleputte / GOCE SLR / Manual / ESA SP / GOCE GPS / / /
RAPID AND PRECISE ORBIT DETERMINATION FOR THE GOCE SATELLITE P. Visser1 , J. van den IJssel1 , T. Van Helleputte1 , H. Bock2 , A. Jaeggi2, G. Beutler2 , and M. Heinze3 1 Delft University of Technology, Faculty of Aerospa