GPS timing and navigation user solutions are based on pseudorange measurements made by correlating user receiver-generated replica signals with the signals...
The development of time transfer techniques using Global Positioning System (GPS) carrier-phase observations promises the capability to deliver sub-nanosecond...
Because of the role of time as a secondary mission of the Wide Area Augmentation System (WAAS), the FAA has been interested in developing the use of the WAAS...
In this paper, the Global Positioning System (GPS) carrier-phase time transfer technique is described and a discussion is included on the error components that...
NAVSYS has developed a GPS receiver, the HAGR (High-gain Advanced GPS Receiver), which uses digital beam steering to increase the precision of the GPS...
naval observatory washington dc time service div, 1999
Many IGS analysis centers show 1-nanosecond-level discontinuities across processing boundaries in their GPS carrier-phase time-transfer (GPSCPTT) solutions....
colorado univ at boulder dept of aerospace engineering sciences, 2002
The absence of absolute calibration data for geodetic-quality Global Positioning System (GPS) receivers and their associated equipment has limited the...
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