Paul M. Creamer, Radha R. Gupta and Peter B. Morris

Peer Reviewed

Abstract: A baseline assessment is provided for the worldwide hyperbolic position-fix accuracy of the OMEGA Navigation System. The assessment is performed by evaluating the fix errors obtained using a single-frequency, hyperbolic fix algorithm, and the Morris/Swanson propagation correction prediction model. Position-fix statistical measures are computed for each monitor site and LOP pair available in 5 years of phase-difference data selected from the OMEGA MASTERFILE. The worldwide distributions of position-fix measures are then displayed for two selected OMEGA fix-geometry criteria: GDOP less than 10, and best-available GDOP at each site.
Published in: NAVIGATION: Journal of the Institute of Navigation, Volume 31, Number 4
Pages: 257 - 274
Cite this article: Creamer, Paul M., Gupta, Radha R., Morris, Peter B., "OMEGA NAVIGATION SYSTEM POSITION-FIX ACCURACY ASSESSMENT", NAVIGATION: Journal of The Institute of Navigation, Vol. 31, No. 4, Winter 1984-1985, pp. 257-274.
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