Add to ORKGA brief historical review of time transfer techniques used during the last twenty years is presented. Methods currently used are discussed in terms of cost effectiveness as a function of accuracy achievable. Future trends are also discussed in terms of projected timekeeping capabilities
In many fundamental physical experiments time plays an important role. The standard way for the comp...
Modern cold-atom-based frequency standards have already archived the uncertainty of 10−15 at a few d...
The GPS has served the principal needs of national timing laboratories for regular comparisons of re...
Light has been used as a means for time synchronization for a long time. The flight time was suppose...
The common time measurements as used by the U.S. Air Force Measurements and Standards Laboratory, Ae...
We present a collected overview on how to assess both the accuracy and reliability levels and relate...
We present a collected overview on how to assess both the accuracy and reliability levels and relate...
The introduction of the GPS common-view method at the beginning of the 1980's led to an immediate an...
Current time-transfer techniques using Two-Way Satellite Time Transfer (TWSTT) and Global Positionin...
During 1972 time transfer experiments were run between the U.S. Naval Observatory and the Royal Gree...
We present a collected overview on how to assess both the accuracy and reliability levels and relate...
Time has historically been a measure of progress of recurrent physical processes. Coordination of fu...
In the past year, the increase in Precise Time And Time Interval data to be reduced to the U.S. Nava...
Time and frequency measurements are described for navigation and reference systems. Time measuring i...
The presentation reviews thehistorical steps of atomic clocks into space. The synchronization princ...
In many fundamental physical experiments time plays an important role. The standard way for the comp...
Modern cold-atom-based frequency standards have already archived the uncertainty of 10−15 at a few d...
The GPS has served the principal needs of national timing laboratories for regular comparisons of re...
Light has been used as a means for time synchronization for a long time. The flight time was suppose...
The common time measurements as used by the U.S. Air Force Measurements and Standards Laboratory, Ae...
We present a collected overview on how to assess both the accuracy and reliability levels and relate...
We present a collected overview on how to assess both the accuracy and reliability levels and relate...
The introduction of the GPS common-view method at the beginning of the 1980's led to an immediate an...
Current time-transfer techniques using Two-Way Satellite Time Transfer (TWSTT) and Global Positionin...
During 1972 time transfer experiments were run between the U.S. Naval Observatory and the Royal Gree...
We present a collected overview on how to assess both the accuracy and reliability levels and relate...
Time has historically been a measure of progress of recurrent physical processes. Coordination of fu...
In the past year, the increase in Precise Time And Time Interval data to be reduced to the U.S. Nava...
Time and frequency measurements are described for navigation and reference systems. Time measuring i...
The presentation reviews thehistorical steps of atomic clocks into space. The synchronization princ...
In many fundamental physical experiments time plays an important role. The standard way for the comp...
Modern cold-atom-based frequency standards have already archived the uncertainty of 10−15 at a few d...
The GPS has served the principal needs of national timing laboratories for regular comparisons of re...