Current time-transfer techniques using Two-Way Satellite Time Transfer (TWSTT) and Global Positioning System (GPS) Carrier-Phase differencing offer excellent Precise Time and Time Interval (PTTI) accuracy and stability for only a few high technology laboratories and weapon systems. Today’s costs of these systems impede their use in systems where performance gains are possible. However, future research and development will likely extend today’s leading edge PTTI capabilities economically to greater numbers of laboratories, systems, and users in the years to come. This poster examines the potential future applications of much improved mainstream time transfer and hyper-accurate time transfer for precise applications, as well as identifying fo...
Two-Way Sutellite Time Transfer (TWSTT) is one of the mostprecise time transfer techniques, and time...
Every year more and more government and civilian agencies rely on GPS for accurate timing and naviga...
To follow the CCTF 2006 recommendation of using high-precision GPS carrier-phase data (CP) for TAI g...
Several different modes of precise time transfer are currently in use or under development. These in...
We have constructed a link between Physikalisch-Techniche Bundesanstalt (PTB) in Braunschweig, Germa...
We have conducted several time-transfer experiments using the phase o f the GPS carrier rather than ...
W e have conducted GPS der-phase timetransfer experiments between the Master Clock at USNO in Washin...
Communications Research Laboratory (CRL) has conducted the research and development on time and freq...
The American Global Positioning System (GPS) has served the principal needs of national timing labor...
Ike calibrated carrier-phase GPS technique promises time transfer between remote sites with S-minute...
Time measurement, frequency standards and clock synchronization are discussed in terms of applicatio...
This document is a compilation of technical papers presented at the 27th Annual Precise Time and Tim...
The GPS has served the principal needs of national timing laboratories for regular comparisons of re...
Precise time and time interval (PTTI) technology is becoming increasingly significant to Air Force o...
We have developed a new Two-Way Satellite Time and Frequency Transfer modem in order to improve meas...
Two-Way Sutellite Time Transfer (TWSTT) is one of the mostprecise time transfer techniques, and time...
Every year more and more government and civilian agencies rely on GPS for accurate timing and naviga...
To follow the CCTF 2006 recommendation of using high-precision GPS carrier-phase data (CP) for TAI g...
Several different modes of precise time transfer are currently in use or under development. These in...
We have constructed a link between Physikalisch-Techniche Bundesanstalt (PTB) in Braunschweig, Germa...
We have conducted several time-transfer experiments using the phase o f the GPS carrier rather than ...
W e have conducted GPS der-phase timetransfer experiments between the Master Clock at USNO in Washin...
Communications Research Laboratory (CRL) has conducted the research and development on time and freq...
The American Global Positioning System (GPS) has served the principal needs of national timing labor...
Ike calibrated carrier-phase GPS technique promises time transfer between remote sites with S-minute...
Time measurement, frequency standards and clock synchronization are discussed in terms of applicatio...
This document is a compilation of technical papers presented at the 27th Annual Precise Time and Tim...
The GPS has served the principal needs of national timing laboratories for regular comparisons of re...
Precise time and time interval (PTTI) technology is becoming increasingly significant to Air Force o...
We have developed a new Two-Way Satellite Time and Frequency Transfer modem in order to improve meas...
Two-Way Sutellite Time Transfer (TWSTT) is one of the mostprecise time transfer techniques, and time...
Every year more and more government and civilian agencies rely on GPS for accurate timing and naviga...
To follow the CCTF 2006 recommendation of using high-precision GPS carrier-phase data (CP) for TAI g...