Measurement accuracy goals of 2 cm rms range estimation error and 0.003 cm/sec rms range rate estimation error, with no more than 1 cm (range) static bias error are requirements for laser measurement systems to be used in planned space-based earth physics investigations. Constraints and parameters were defined for links between a high altitude, transmit/receive satellite (HATRS), and one of three targets: a low altitude target satellite, passive (LATS), and active low altitude target, and a ground-based target, as well as with operations with a primary transmit/receive terminal intended to be carried as a shuttle payload, in conjunction with the Spacelab program
Airborne lasers and telescopes for satellite studies on atmospheric properties and optical space com...
We present a high-precision ranging and range-rate measurement system via an optical-ranging or comb...
Procedures and results of an on going test program intended to evaluate laser ranging system perform...
The requirements and limitations of employing an airborne laser ranging system for detecting crustal...
The Laser Tracking and Ranging System (LTRS) is an optical tracking radar that uses a gallium-arseni...
The 'spaceborne laser ranging system' is a proposed short pulse laser on board an orbiting spacecraf...
The dependence (or independence) of baseline accuracies, obtained from a typical mission of a spaceb...
For space missions of future, completely autonomous robotic machines will be required to free astron...
The Eighth International Workshop for Laser Ranging Instrumentation was held in Annapolis, Maryland ...
Non-Bayesian statistics were used in simulation studies centered around laser range observations to ...
Laser ranging systems, their range and accuracy capabilities, and planned improvements for future sy...
This interim report consists of four separate reports from our research on the receivers of NASA's G...
The optical range correction (the distance between the apparent retroreflective skin of the satellit...
A study task is reported which is directed towards developing a conceptual design of a small, lightw...
Several types of Satellite Laser Ranging systems exist, operating with pulsed, high-energy lasers. T...
Airborne lasers and telescopes for satellite studies on atmospheric properties and optical space com...
We present a high-precision ranging and range-rate measurement system via an optical-ranging or comb...
Procedures and results of an on going test program intended to evaluate laser ranging system perform...
The requirements and limitations of employing an airborne laser ranging system for detecting crustal...
The Laser Tracking and Ranging System (LTRS) is an optical tracking radar that uses a gallium-arseni...
The 'spaceborne laser ranging system' is a proposed short pulse laser on board an orbiting spacecraf...
The dependence (or independence) of baseline accuracies, obtained from a typical mission of a spaceb...
For space missions of future, completely autonomous robotic machines will be required to free astron...
The Eighth International Workshop for Laser Ranging Instrumentation was held in Annapolis, Maryland ...
Non-Bayesian statistics were used in simulation studies centered around laser range observations to ...
Laser ranging systems, their range and accuracy capabilities, and planned improvements for future sy...
This interim report consists of four separate reports from our research on the receivers of NASA's G...
The optical range correction (the distance between the apparent retroreflective skin of the satellit...
A study task is reported which is directed towards developing a conceptual design of a small, lightw...
Several types of Satellite Laser Ranging systems exist, operating with pulsed, high-energy lasers. T...
Airborne lasers and telescopes for satellite studies on atmospheric properties and optical space com...
We present a high-precision ranging and range-rate measurement system via an optical-ranging or comb...
Procedures and results of an on going test program intended to evaluate laser ranging system perform...