Localizability analysis for GPS/Galileo receiver autonomous integrity monitoring

Journal of Navigation

Volumn 57, Issue 2, 2004, Pages 245-259

  Hewitson, Steve ^a   Lee, Hung Kyu ^a   Wang, Jinling ^a  

^a UNIVERSITY OF NEW SOUTH WALES   (Australia)

Author keywords

Galileo; GPS; Integrity; Localizability

Indexed keywords

GALILEO MISSION; GPS; NAVIGATION AID; SATELLITE NAVIGATION SYSTEM;

EID: 2442451770     PISSN: 03734633     EISSN: None     Source Type: Journal    
DOI: 10.1017/S0373463304002693     Document Type: Article

References (19)

1. Baarda W. (1968) A testing procedure for use in geodetic networks, Netherlands Geodetic Commission, New Series, 2, No. 4.
2. Cross P. A., Hawksbee D. J. & Nicolai R. (1994) Quality measures for differential GPS positioning, The Hydrographic Journal, Hydrographic Society, 72, 17-22.
3. ESA (2002) Making EGNOS Work for You, CD-ROM.
4. Förstner W. (1983) Reliability and discernability of extended Gaus-Markov models, Deutsche Geodätische Kommission (DGK), Report A. No. 98, 79-103.
5. Gao Y. (1993) Reliability assurance for GPS integrity test, ION GPS-93, Salt Lake City, Utah, September 22-24, 567-574.
6. Hawkins D. M. (1980) Identification of Outliers, Chapman & Hall, London/New York.
7. Lee H. K., Wang J., Rizos C., Barnes J., Tsujii T. & Soon B. K. H. (2002) Analysis of Pseudolite Augmentation for GPS Airborne Application, ION GPS 2002, Portland, Oregon, September 24-27, 2610-2618.
8. Lucas R. & Ludwig D. (1999) Galileo: System Requirements and Architecture, ION-GPS 99, Nashville, TN, 14-17 September, 2097-2101.
9. Moore M., Rizos C. & Wang J. (2002) Quality Control Issues Relating to an Attitude Determination System using a Multi-Antenna GPS array, Geomatics Research Australasia, December, 77, 27-48.
10. Ochieng W. Y., Sheridan K. F., Sauer K., Han X., Cross P. A., Lannelongue S., Ammour N. & Petit K. (2002) An Assessment of the RAIM Performance of a Combined Galileo/GPS Navigation System Using the Marginally Detectable Errors (MDE) Algorithm, GPS Solutions, 5(3), 42-51.
11. Romay M. M., Alarcón A. J. G., Villares I. J. & Monseco E. H. (2001) An integrated GNSS concept, Galileo & GPS, benefits in terms of Accuracy, Integrity, Availability and Continuity, ION GPS 2001, Salt Lake City, UT, 11-14 September, 2114-2124.
12. Sang J. & Kubik K. (1997) A Probabilistic Approach to Derivation of Geometrical Criteria for Evaluating GPS RAIM Detection Availability, ION GPS-97, Kansas City, Missouri, September 16-19, 511-517.
13. Ryan S. & Lachapelle G. (2000) Impact of GPS/Galileo Integration on Marine Navigation, IAIN World Congress/ION Annual Meeting, 721-731.
14. Teunissen P. J. G. (1998) Quality, Control and GPS, Chapter 7 in GPS for Geodesy, Eds Teunissen P. J. G. and Kleusberg A. Springer Verlag, 2nd Edition.
15. Tiberius C. C. J. M. (1998) Quality Control in Positioning. Hydrographic Journal, October, 90, 3-8.
16. Tytgat L. & Owen J. I. R. (2000) Galileo - The Evolution of a GNSS, IAIN World Congress/ION Annual Meeting, 100-108.
17. Verhagen S. (2002) Performance Analysis of GPS, Galileo and Integrated GPS-Galileo, ION GPS 2002. Portland, Oregon, September 24-27, 2208-2215.
18. Walter T. & Enge P. (1995) A weighted RAIM for precision approach, ION GPS-95, Palm Springs, California, September, 12-15.
19. Wang J. & Chen, Y. (1994) On the Localizability of Blunders in Correlated Coordinates of Junction Points in Densification Networks, Aust. J. Geod. Photogram. Surv., 60, 109-119.