The National Geodetic Satellite Program (NGSP) was evaluated to see if the program objectives were actually met. An inspection of the results shows that the general objectives were met. It is concluded that the specific results of the NGSP were too generally stated to allow one to tell whether they were met or were unobtainable. Analysis of methods and results shows that the standard deviations assigned to the results are indications of precision, not accuracy, and cannot be used to rank the various sets of coordinates in order of accuracy
The initial objectives of analyses of the MSS data are two-fold: (1) to evaluate the geodetic accura...
The earth physics satellite systems error analysis program was applied to the problem of predicting ...
In Central Asia, the level of geodynamic displacements of the Earth's crust does not significantly e...
The work performed by individual contributors to the National Geodetic Satellite Program is presente...
Data analysis was carried out to obtain an improved global network combining all participating track...
The work performed by individual contributors to the National Geodetic Satellite Program is presente...
Results derived from short arc, orbital solution of twelve stations, PAGEOS networ
Current research is reported on precise and accurate descriptions of the earth's surface and gravita...
Effective utilization of data from the GEOS-C satellite for geoidal mapping was explored. Particular...
A sequence of advances in the determination of geodetic parameters presented by the Smithsonian Astr...
Error analysis of distant-satellite-to-close-satellite range-rate, satellite-to-sea altimetry, and g...
An artificial satellite orbit determination (OD) computer program is the most essential tool in sate...
The required knowledge of the Global Positioning System (GPS) satellite position accuracy can vary d...
Accomplishments in the continuing programs are reported. The data were obtained in support of the fo...
Geodetic parameters describing the earth's gravity field and the positions of satellite-tracking sta...
The initial objectives of analyses of the MSS data are two-fold: (1) to evaluate the geodetic accura...
The earth physics satellite systems error analysis program was applied to the problem of predicting ...
In Central Asia, the level of geodynamic displacements of the Earth's crust does not significantly e...
The work performed by individual contributors to the National Geodetic Satellite Program is presente...
Data analysis was carried out to obtain an improved global network combining all participating track...
The work performed by individual contributors to the National Geodetic Satellite Program is presente...
Results derived from short arc, orbital solution of twelve stations, PAGEOS networ
Current research is reported on precise and accurate descriptions of the earth's surface and gravita...
Effective utilization of data from the GEOS-C satellite for geoidal mapping was explored. Particular...
A sequence of advances in the determination of geodetic parameters presented by the Smithsonian Astr...
Error analysis of distant-satellite-to-close-satellite range-rate, satellite-to-sea altimetry, and g...
An artificial satellite orbit determination (OD) computer program is the most essential tool in sate...
The required knowledge of the Global Positioning System (GPS) satellite position accuracy can vary d...
Accomplishments in the continuing programs are reported. The data were obtained in support of the fo...
Geodetic parameters describing the earth's gravity field and the positions of satellite-tracking sta...
The initial objectives of analyses of the MSS data are two-fold: (1) to evaluate the geodetic accura...
The earth physics satellite systems error analysis program was applied to the problem of predicting ...
In Central Asia, the level of geodynamic displacements of the Earth's crust does not significantly e...