Global satellite triangulation and trilateration results

Astronomy and Astrophysics – Astronomy

Scientific paper

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Celestial Geodesy, Geodetic Surveys, Satellite Tracking, Tracking Stations, Triangulation, Geodetic Coordinates, Radar Measurement, Satellite Networks, Scaling Laws, Tables (Data)

Scientific paper

Summary of the results of the Ohio State University geometric adjustment for the coordinates at 158 satellite tracking stations. In the solution the origin of the coordinate system is defined through the 'inner' adjustment procedure, whereas the orientation is through the Conventional International Origin and the Greenwich Mean Astronomical Meridian, both as defined by the Bureau International de l'Heure. The scale is implemented through Secor observations and weighted height constraints. Chord distances derived from C-band radar observations and from electronic distance measurements are also included, but they seem to have very little effect. The scale selected corresponds to a best fitting ellipsoid of a = 6,378,142 m and 1/f = 298.25. The average standard deviation of a single coordinate is 3.9 m.

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