The filter produces the maximum likelihood estimates for average values of the spacecraft position and attitude errors during a single scene. The quality of the filter performance is characterized by the maximal cross and along track residual errors for which probability distributions can be calculated analytically for a given pattern of control points. The filter with an automatic selection of the best set of estimates provides geodetic correction at 90% of pixels with residual errors less than 40 m for four or more control points and the mean squared measurement errors of the order of 20-25 m. The same accuracy can be preserved for eight or more control points and measurement errors of 30-35 m
LANDSAT-4/5 data quality analysis was covered. Focus was on estimation of two-dimensional point-spre...
Tracking station location uncertainties studied for effect on root-mean-square errors in spacecraft ...
Mis-registration of ground control points caused by mixed pixels are the most significant error sour...
Optimum linear smoothing is utilized to estimate certain distortions in LANDSAT-D images. Measuremen...
The attitude control and measurement systems aboard the LANDSAT 2 and D satellites are described and...
A method is presented for systematic and geodetic correction data calculation. It is based on presen...
Initial results are presented to demonstrate the performance of a linear sequential estimator (Kalma...
Simulated range and range rate data for five tracking stations were first generated using batch leas...
The initial objectives of analyses of the MSS data are two-fold: (1) to evaluate the geodetic accura...
A system to perform real time onboard geometric connection of LANDSAT D resolution satellite imagery...
This paper presents the results of a study to compare the orbit determination accuracy for a Trackin...
A weighted least-squares recursive estimator program is reported for simulating spacecraft orbital p...
This paper describes an investigation of the source of geospatial error in digital surface models (D...
Analyses of the LANDSAT-4 MSS image data of North Georgia provided by the EDC in CCT-p formats revea...
The possibility of onboard geometric correction of Thematic Mapper type imagery to make possible ima...
LANDSAT-4/5 data quality analysis was covered. Focus was on estimation of two-dimensional point-spre...
Tracking station location uncertainties studied for effect on root-mean-square errors in spacecraft ...
Mis-registration of ground control points caused by mixed pixels are the most significant error sour...
Optimum linear smoothing is utilized to estimate certain distortions in LANDSAT-D images. Measuremen...
The attitude control and measurement systems aboard the LANDSAT 2 and D satellites are described and...
A method is presented for systematic and geodetic correction data calculation. It is based on presen...
Initial results are presented to demonstrate the performance of a linear sequential estimator (Kalma...
Simulated range and range rate data for five tracking stations were first generated using batch leas...
The initial objectives of analyses of the MSS data are two-fold: (1) to evaluate the geodetic accura...
A system to perform real time onboard geometric connection of LANDSAT D resolution satellite imagery...
This paper presents the results of a study to compare the orbit determination accuracy for a Trackin...
A weighted least-squares recursive estimator program is reported for simulating spacecraft orbital p...
This paper describes an investigation of the source of geospatial error in digital surface models (D...
Analyses of the LANDSAT-4 MSS image data of North Georgia provided by the EDC in CCT-p formats revea...
The possibility of onboard geometric correction of Thematic Mapper type imagery to make possible ima...
LANDSAT-4/5 data quality analysis was covered. Focus was on estimation of two-dimensional point-spre...
Tracking station location uncertainties studied for effect on root-mean-square errors in spacecraft ...
Mis-registration of ground control points caused by mixed pixels are the most significant error sour...