Satellite Triangulation

Satellite Triangulation

 

the branch of satellite geodesy in which geodetic problems are solved on the basis of positional (angular) observations of artificial earth satellites. Such observations, which are for the most part camera observations, permit the positions of a set of points on the earth’s surface to be determined in a single system of rectangular coordinates and thus make possible the construction of a satellite triangulation network. When the distances to satellites are measured by laser ranging simultaneously with the carrying out of positional observations, the accuracy of coordinate determination is substantially increased. Geodetic constructions based on such combined observations of satellites are known as geodetic vector paths. (See alsoSPACE GEODESY.)

References in periodicals archive ?
Joint treatment of observations on the framework established by the network of satellite triangulation Uvat group of fields "
I was an early user of Global Positioning System (GPS), a nifty satellite triangulation gizmo that tells me within a few feet where I am on my sailboat on the Chesapeake Bay.
Through satellite triangulation, geospatial professionals can generate digital surface and terrain models from overlapping satellite scenes, providing a rich model of the real world.

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