Abstract
The time-synchronization has no ground time criterion in the model of autonomous time-synchronization, time precision keep on the navigation satellite itself. When can make GEO satellite as time norm, and use satellite-satellite chain to give other satellite. This paper design the navigation constellation of the new satellite-navigation-system, and configure the satellite clocks, simulate all kinds of constellation time-synchronization precision, educe the satellite clock configure scheme in the new navigation system. Due to the introduction of high-precision optical clocks, the overall time of the entire navigation constellations drift is smaller, the accuracy is much higher than the link between self-ordinary; and because the presence of high-precision clock, the time synchronization algorithm’s requirements are lower, general EKF can meet the requirements.
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References
Cheng ZZ, Ying LY (2010) Next-generation onboard atomic clocks. Glob Positioning Syst 35(5):1–5
André H (2011) Precise GNSS clock-estimation for real-time navigation and precise point positioning. In: DLR deutsches zentrum fur luft- und Raumfahrt e.V.-Forschungsberichte, pp 28–44
Levi F, Godone A, Micalizio S et al (2004) CPT maser clockevaluation for Galileo. Guildford, UK, Frequency and Time Forum, pp 233–238
Godone A, Levi F, Micalizio S et al (2004) Coherent population trapping maser: noise spectrum and frequency stability. Phys Rev A 70(1):2508–2519
Tremine S, Guerandel S, Holleville D et al (2006) Limitations to the short term frequency stability in a compact cold atom clock. In: Proceedings of the 2005 IEEE international on frequency control symposium and exposition, Paris, France, pp 591–598
Esnault FX, Perrin S, Tremine S et a1 (2007) Stability of the compact cold atom clock HORACE. In: 2007 joint with the 21st European Frequency and time forum on frequency control symposium IEEE international Geneva, pp 1342–1345
Svehla D (2008) A novel design for the navigation system and proposal to unify the timing and the positioning system using GIOVE follow-on. In: ACES and future GNSS-based earth observation and navigation, Munich, Germany, 26–27 May 2008, pp 1–27
Ping S, Guang-ji Q (2005) Time synchronization techniques of the autonomous navigation of navigation constellation. J Astronaut 26(6):768–772
Diez J, D’Angelo P, Fernández A (2006) Clock errors simulation and characterisation. In: 19th international technical meeting of the satellite division on ION GNSS, Fort Worth, Texa, pp 815–821
Weaver G (2010) The performance of ultra-stable oscillators for the gravity recovery and interior laboratory. In: 42nd annual precise time and time interval (PTTI) meeting, pp 369–379
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Yang, Y., jun, F.J., Yuan, H., xin, J.S., fei, Y.Y. (2015). Research of Navigation Constellation Independent Punctuality Based on Different Configuration of Satellite Clocks. In: Sun, J., Liu, J., Fan, S., Lu, X. (eds) China Satellite Navigation Conference (CSNC) 2015 Proceedings: Volume III. Lecture Notes in Electrical Engineering, vol 342. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-662-46632-2_32
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DOI: https://doi.org/10.1007/978-3-662-46632-2_32
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