Data from the GEOS-3 altimeter were analyzed, for both the intensive and global modes, to determine the altitude bias levels for each mode and to verify the accuracy of the time tags which have been applied to the data. The best estimates of the biases are -5.30 + or - .2 m (intensive mode) and -3.55 m + or - .4 m (global mode). These values include the approximately 1.6 m offset of the altimeter antenna focal point from the GEOS-3 spacecraft center-of-mass. The negative signs indicate that the measured altitudes are too short. The data is corrected by subtracting the above bias numbers for the respective modes. Timing corrections which should be applied to the altimeter data were calculated theoretically, and subsequently confirmed through...
A number of GEOS-3 passes over the Atlantic Ocean and Southeastern U.S. are examined. Surface-truth ...
The accuracy with which the GEOS-C altitude may be estimated over long (7 day) and short (40 minute)...
An atlas is compiled to identify times and dates when GEOS-3 altimeter data was taken in the vicinit...
The absolute bias calibration for the GEOS-3 intensive mode altimeter was measured using two satelli...
The procedures used to process the GEOS-3 radar altimeter data from raw telemetry data to a final us...
The nature and improvement in satellite orbit determination when precise altimetric height data are ...
Techniques are described for preprocessing raw return waveform data from the GEOS-3 radar altimeter....
The data were adjusted to remove orbit error and altimeter bias in a primary adjustment and four reg...
Error sources affecting the calibration and operational use of a 10 cm altimeter are examined to det...
The various methods of determining tracking radar measurement error parameters are described, along ...
Accuracy studies of radar and optical tracking of GEOS-C for altimeter experimen
The purpose of this investigation is to develop methods and procedures are reported for computing a ...
Data from a series of experimental tests run on the engineering model of the GEOS 3 radar altimeter ...
A technique for deriving mean gravity anomalies from dense altimetry data was developed. A combinati...
The primary experiment on the Geodynamics Experimental Ocean Satellite-3 (GEOS-3) is the radar altim...
A number of GEOS-3 passes over the Atlantic Ocean and Southeastern U.S. are examined. Surface-truth ...
The accuracy with which the GEOS-C altitude may be estimated over long (7 day) and short (40 minute)...
An atlas is compiled to identify times and dates when GEOS-3 altimeter data was taken in the vicinit...
The absolute bias calibration for the GEOS-3 intensive mode altimeter was measured using two satelli...
The procedures used to process the GEOS-3 radar altimeter data from raw telemetry data to a final us...
The nature and improvement in satellite orbit determination when precise altimetric height data are ...
Techniques are described for preprocessing raw return waveform data from the GEOS-3 radar altimeter....
The data were adjusted to remove orbit error and altimeter bias in a primary adjustment and four reg...
Error sources affecting the calibration and operational use of a 10 cm altimeter are examined to det...
The various methods of determining tracking radar measurement error parameters are described, along ...
Accuracy studies of radar and optical tracking of GEOS-C for altimeter experimen
The purpose of this investigation is to develop methods and procedures are reported for computing a ...
Data from a series of experimental tests run on the engineering model of the GEOS 3 radar altimeter ...
A technique for deriving mean gravity anomalies from dense altimetry data was developed. A combinati...
The primary experiment on the Geodynamics Experimental Ocean Satellite-3 (GEOS-3) is the radar altim...
A number of GEOS-3 passes over the Atlantic Ocean and Southeastern U.S. are examined. Surface-truth ...
The accuracy with which the GEOS-C altitude may be estimated over long (7 day) and short (40 minute)...
An atlas is compiled to identify times and dates when GEOS-3 altimeter data was taken in the vicinit...