Application of geodetic receivers to timing and time transfer

Geo-Spatial Information Science

Volumn 8, Issue 1, 2005, Pages 8-13

  Guigen, Nie ^a   Jingnan, Liu ^b  

^a WUHAN UNIVERSITY   (China)

^b NONE

Author keywords

Geodesy; GPS; Smoothing; Time and frequency transfer

Indexed keywords

GEODESY; GEODETIC SATELLITES; IONOSPHERE; ORBITS; TIMING CIRCUITS;

A-STABLE; INTERNATIONAL GPS SERVICES; IONOSPHERE FREE COMBINATIONS; PSEUDO RANGE; SATELLITE POSITION; SMOOTHING; TIME AND FREQUENCY TRANSFERS; TIME TRANSFER;

GLOBAL POSITIONING SYSTEM;

GPS;

EID: 18344368437     PISSN: 10095020     EISSN: None     Source Type: Journal    
DOI: 10.1007/BF02826984     Document Type: Article

References (18)

1. Allan, D W, and Weiss, M. 1980. Accurate time and frequency transfer during common-view of a GPS satellite. 1980 IEEE Frequency Control Symposium, Philadelphia, PA.
2. Ray, J R. 1999. IGS/BIPM time transfer pilot project. GPS Solutions, 2 (3):37–40.
3. Ray, J R. 2001. Progress in carrier phase time transfer. GPS Solutions, 4 (4):47–54.
4. Lewandowski, W, and Azoubib, J. 1998. GPS + GLONASS:toward subnanosecond time transfer. GPS World,:30–39.
5. Lewandowski, W, and Tourde, R. 1990. Sensitivity to the external temperature of some GPS time receivers. The 22nd Annual Precise Time and Time Interval (PTTI) Applications and Planning Meeting, Vienna, AV.
6. Lewandowski, W, Petit, C, Thomas, C. 1990. The use of precise ephemerides, ionospheric data and corrected antenna coordinates in a long-distance GPS time transfer. The 22nd Annual Precise Time and Time Interval (PTTI) Applications and Planning Meeting, Vienna, VA.
7. Lewandowski, W, Azoubib, J, and Klepczynski, W. 1999. GPS:primary tool for time transfer. IEEE,:431–434.
8. Kouba, J, and Springer, T. 2001. New IGS station and satellite clock combination. GPS Solutions, 4 (4):31–36.
9. Allan, D W. 1998. New timing opportunities with GPS. GPS Solutions, 2 (1):27–35.
10. Defraigne, P, and Bruyninx, C. 2001. Time transfer for TAI using a geodetic receiver, an example with the ashtech ZXII-T. GPS Solutions, 5 (2):43–50.
11. Defraigne, P, and Petit, G. 2001. Proposal to use geodetic- type receivers for time transfer using the CGGTTS format. BIPM Time Section Technical Memorandum, (TM) 110.
12. Defraigne, P, Bruyninx, C, Clarke, J. 2001. Time transfer to TAI with geodetic receivers. Symposium of EFTF, Neuchatel.
13. Chao, Y C. 1997. Real time implementation of the wide area augmentation system for the global positioning system with an emphasis on ionospheric modeling:[Ph. D dissertation] San Francisco:Sanford University.
14. Cheng, P F. 1998. Investigation on the establishment of DGPS services in China:[Ph. D dissertation] Graz:Technical University Graz.
15. Levine, J. 1999. Time transfer using multi-channel GPS receivers. IEEE Trans. UFFC, 46 (2):392–398.
16. Allan, D W, and Thomas, C. 1994. Technical directives for standardization of GPS time receiver software. Metrologia, 31:69–79.
17. Azoubib, J, and Lewandowski, W. 1998. CGGTTS GPS/GLONASS data format Version 02. The 7th CGGTTS Meeting, Reston, Virginia.
18. Ray, J, and Senior, K. 2003. IGS/BIPM pilot project:GPS earner phase for time/frequency transfer and timescale formation. Metrologia, 40:270–288.