AbstractThe Global Positioning System (GPS) has become, in recent years, the main space-based system for surveying and navigation in many military, commercial, cadastral, mapping, and scientific applications. Better receivers, interferometric techniques (DGPS), and advances in post-processing methods have made possible to position fixed or moving receivers with sub-decimeter accuracies in a global reference frame. Improved methods for obtaining the orbits of the GPS satellites have played a major role in these achievements; this paper gives a personal view of the main developments in GPS orbit determination.
Precise GPS orbits for geodesy
Advances in Space Research ; 14 , 5 ; 5-15
1993-01-01
11 pages
Article (Journal)
Electronic Resource
English
Precise GPS Orbits for Geodesy
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