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A geographic information system (GIS) was used to check the accuracy of the station coordinates.
Together with station coordinates and velocities, terrestrial pole coordinates are estimated in one common adjustment.
Three parameters were used for this comparison: station coordinates stability, differences from ITRF2005 positions and velocities.
The station coordinates were determined from the monthly arcs separately for each station.
Moreover, the possibility of LOD adjustment in the standard DORIS solution is discussed with focus on the station coordinates estimation.
One of the important tasks of geodynamics is a determination of the station coordinates and the control of their stability.
Station coordinates of laser rangers have been determined from tracking of LAGEOS 12 for 1993 2001 in weakly constrained solutions.
The implementation of this frame transformation and the manner in which the Earth orientation parameters (EOPs) are used have a notable impact on station coordinates and satellite positions.
Beside the estimation of station coordinates and the Earth's gravity field, laser ranging observations to near-Earth satellites can be used to determine the rotation of the Earth.
This paper focuses on the analysis of the impact of different orbit parameterizations on the accuracy of station coordinates and the ERPs derived from DORIS observations.
Recent DORIS performances for precise positioning were improved by this large increase in the satellite constellation, leading to almost 1 cm precision for weekly station coordinates.
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