Presented are equations for time synchronization of laser ranging stations. The system consists of a satellite fitted with laser retroreflectors associated to a light detector and an event timer and two laser ranging stations with their own event timers. Methods of determining the Lasso intercalibration constant are given
International audienceRecent progress in the domain of time and frequency (T/F) standards requires i...
Recent improvements in the accuracy of modern satellite laser ranging (SLR) systems are strengthened...
The main aims of the research are to develop various high-speed hardware circuits based on the lates...
The LASSO (Later Synchronisation from Stationary Orbit) experiment, designed to demonstrate the feas...
The LASSO is a technique which should allow the comparison of remote atomic clocks with sub-nanoseco...
Communications Research Laboratory (CRL) has been developing a laser time transfer system using a sa...
When ranging to satellites with lasers, there are several principal contributions to the error budge...
International audienceTime transfer by Laser Ranging (LR) recently demonstrated a remarkable stabili...
Present accuracy of satellite laser ranging is at the millimeter level. The current time-delay equat...
International audienceThe T2L2 project (time transfer by laser link) allows for the synchronization ...
International audienceThe Time Transfer by Laser Link (T2L2) is a very high resolution time transfer...
The new challenges related to the monitoring of Earth’s shape and motion have led the global geodeti...
Recent progress in the domain of time and frequency (T/F) standards requires important improvements ...
The T2L2 project (time transfer by laser link) allows for the synchronization of remote ultra-stable...
Non-Bayesian statistics were used in simulation studies centered around laser range observations to ...
International audienceRecent progress in the domain of time and frequency (T/F) standards requires i...
Recent improvements in the accuracy of modern satellite laser ranging (SLR) systems are strengthened...
The main aims of the research are to develop various high-speed hardware circuits based on the lates...
The LASSO (Later Synchronisation from Stationary Orbit) experiment, designed to demonstrate the feas...
The LASSO is a technique which should allow the comparison of remote atomic clocks with sub-nanoseco...
Communications Research Laboratory (CRL) has been developing a laser time transfer system using a sa...
When ranging to satellites with lasers, there are several principal contributions to the error budge...
International audienceTime transfer by Laser Ranging (LR) recently demonstrated a remarkable stabili...
Present accuracy of satellite laser ranging is at the millimeter level. The current time-delay equat...
International audienceThe T2L2 project (time transfer by laser link) allows for the synchronization ...
International audienceThe Time Transfer by Laser Link (T2L2) is a very high resolution time transfer...
The new challenges related to the monitoring of Earth’s shape and motion have led the global geodeti...
Recent progress in the domain of time and frequency (T/F) standards requires important improvements ...
The T2L2 project (time transfer by laser link) allows for the synchronization of remote ultra-stable...
Non-Bayesian statistics were used in simulation studies centered around laser range observations to ...
International audienceRecent progress in the domain of time and frequency (T/F) standards requires i...
Recent improvements in the accuracy of modern satellite laser ranging (SLR) systems are strengthened...
The main aims of the research are to develop various high-speed hardware circuits based on the lates...