The nature and improvement in satellite orbit determination when precise altimetric height data are used in combination with conventional tracking data was determined. A digital orbit determination program was developed that could singly or jointly use laser ranging, C-band ranging, Doppler range difference, and altimetric height data. Two intervals were selected and used in a preliminary evaluation of the altimeter data. With the data available, it was possible to determine the semimajor axis and eccentricity to within several kilometers, in addition to determining an altimeter height bias. When used jointly with a limited amount of either C-band or laser range data, it was shown that altimeter data can improve the orbit solution
The ability to determine accurate global sea level variations is important to both detection and und...
The accuracy with which the local ocean geoid structure could be determined using satellite altimetr...
The accuracy with which the GEOS-C altitude may be estimated over long (7 day) and short (40 minute)...
Accuracy studies of radar and optical tracking of GEOS-C for altimeter experimen
The procedures used to process the GEOS-3 radar altimeter data from raw telemetry data to a final us...
The determination of very precise orbits and geodynamic parameters from laser tracking data requires...
An artificial satellite orbit determination (OD) computer program is the most essential tool in sate...
A satellite trajectory was reconstructed at an accuracy level of 5-10 centimeters. The reconstructio...
The absolute bias calibration for the GEOS-3 intensive mode altimeter was measured using two satelli...
The data were adjusted to remove orbit error and altimeter bias in a primary adjustment and four reg...
Data from the GEOS-3 altimeter were analyzed, for both the intensive and global modes, to determine ...
The application of satellite-borne radar altimeters to the field of satellite geodesy and satellite ...
Progress in the following areas is described: refining altimeter and altimeter crossover measurement...
The primary experiment on the Geodynamics Experimental Ocean Satellite-3 (GEOS-3) is the radar altim...
The Sentinel-3 mission takes routine measurements of sea surface heights and depends crucially on ac...
The ability to determine accurate global sea level variations is important to both detection and und...
The accuracy with which the local ocean geoid structure could be determined using satellite altimetr...
The accuracy with which the GEOS-C altitude may be estimated over long (7 day) and short (40 minute)...
Accuracy studies of radar and optical tracking of GEOS-C for altimeter experimen
The procedures used to process the GEOS-3 radar altimeter data from raw telemetry data to a final us...
The determination of very precise orbits and geodynamic parameters from laser tracking data requires...
An artificial satellite orbit determination (OD) computer program is the most essential tool in sate...
A satellite trajectory was reconstructed at an accuracy level of 5-10 centimeters. The reconstructio...
The absolute bias calibration for the GEOS-3 intensive mode altimeter was measured using two satelli...
The data were adjusted to remove orbit error and altimeter bias in a primary adjustment and four reg...
Data from the GEOS-3 altimeter were analyzed, for both the intensive and global modes, to determine ...
The application of satellite-borne radar altimeters to the field of satellite geodesy and satellite ...
Progress in the following areas is described: refining altimeter and altimeter crossover measurement...
The primary experiment on the Geodynamics Experimental Ocean Satellite-3 (GEOS-3) is the radar altim...
The Sentinel-3 mission takes routine measurements of sea surface heights and depends crucially on ac...
The ability to determine accurate global sea level variations is important to both detection and und...
The accuracy with which the local ocean geoid structure could be determined using satellite altimetr...
The accuracy with which the GEOS-C altitude may be estimated over long (7 day) and short (40 minute)...