Geometric analysis of satellite laser ranging data
Brion Conklin, Steven Bucey, Van Husson, Winfield M. Decker, John J. Degnan
Abstract
Brion Conklin, Steven Bucey, Van Husson, Winfield M. Decker, John J. Degnan
Abstract
The analysis of simultaneous laser data is investigated using the method of trilateration. Analysis of data from 1987 to 1992 is presented with selected baseline rates and station positions. The use of simultaneous Etalon data is simulated to demonstrate the additional global coverage these satellites provide. Trilateration has a great potential for regional deformation studies with monthly LAGEOS American solutions between 3-12 millimeters.
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The analysis of simultaneous laser data is investigated using the method of trilateration. Analysis of data from 1987 to 1992 is presented with selected baseline rates and station positions. The use of simultaneous Etalon data is simulated to demonstrate the additional global coverage these satellites provide. Trilateration has a great potential for regional deformation studies with monthly LAGEOS American solutions between 3-12 millimeters.
Key concepts: Trilateration, Satellite laser ranging, Ranging, Laser ranging, Geodesy, Satellite, Baseline (sea), Remote sensing