Add to ORKGThe requirements and limitations of employing an airborne laser ranging system for detecting crustal shifts of the Earth within centimeters over a region of approximately 200 by 400 km are presented. The system consists of an aircraft which flies over a grid of ground deployed retroreflectors, making six passes over the grid at two different altitudes. The retroreflector baseline errors are assumed to result from measurement noise, a priori errors on the aircraft and retroreflector positions, tropospheric refraction, and sensor biases
Recent pulsed measurements of atmospheric delay obtained by ranging to the more realistic targets in...
Because of the mathematical complexities involved in exact analyses of baseline errors, it is not ea...
Procedures and results of an on going test program intended to evaluate laser ranging system perform...
The airborne laser ranging system is a multibeam short pulse laser ranging system on board an aircra...
The use of aircraft laser ranging for the determination of baselines between ground based retrorefle...
The 'spaceborne laser ranging system' is a proposed short pulse laser on board an orbiting spacecraf...
Measurement accuracy goals of 2 cm rms range estimation error and 0.003 cm/sec rms range rate estima...
The dependence (or independence) of baseline accuracies, obtained from a typical mission of a spaceb...
A theoretical model for the range error covariance was derived by assuming that the residual refract...
The conceptual design and error performance of a CO2 laser ranging system are analyzed. Ranging sign...
Laser ranging is expected to help unlock the mysteries of the earthquake phenomenon by producing uni...
A spaceborne laser ranging system is described that could survey a large network of ground reflector...
Laser altimeter-range finder techniques applied to geodetic measurements and mappin
Laser ranging systems, their range and accuracy capabilities, and planned improvements for future sy...
We report on a high sensitivity semiconductor laser ranging system developed for the Gravity and Mag...
Recent pulsed measurements of atmospheric delay obtained by ranging to the more realistic targets in...
Because of the mathematical complexities involved in exact analyses of baseline errors, it is not ea...
Procedures and results of an on going test program intended to evaluate laser ranging system perform...
The airborne laser ranging system is a multibeam short pulse laser ranging system on board an aircra...
The use of aircraft laser ranging for the determination of baselines between ground based retrorefle...
The 'spaceborne laser ranging system' is a proposed short pulse laser on board an orbiting spacecraf...
Measurement accuracy goals of 2 cm rms range estimation error and 0.003 cm/sec rms range rate estima...
The dependence (or independence) of baseline accuracies, obtained from a typical mission of a spaceb...
A theoretical model for the range error covariance was derived by assuming that the residual refract...
The conceptual design and error performance of a CO2 laser ranging system are analyzed. Ranging sign...
Laser ranging is expected to help unlock the mysteries of the earthquake phenomenon by producing uni...
A spaceborne laser ranging system is described that could survey a large network of ground reflector...
Laser altimeter-range finder techniques applied to geodetic measurements and mappin
Laser ranging systems, their range and accuracy capabilities, and planned improvements for future sy...
We report on a high sensitivity semiconductor laser ranging system developed for the Gravity and Mag...
Recent pulsed measurements of atmospheric delay obtained by ranging to the more realistic targets in...
Because of the mathematical complexities involved in exact analyses of baseline errors, it is not ea...
Procedures and results of an on going test program intended to evaluate laser ranging system perform...