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I—The Inertial Reference Platform in Civil Aviation

Published online by Cambridge University Press:  18 January 2010

A. Stratton
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Abstract

The objects of this paper are to present in perspective the range of application of inertial techniques that are available for civil use and to suggest how the information that can be obtained by this means relates to that from other airborne sources.

Type
The Application of Inertia Navigation Systems to Civil Air Transport
Information
The Journal of Navigation , Volume 16 , Issue 3 , July 1963 , pp. 266 - 284
Copyright
Copyright © The Royal Institute of Navigation 1963

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References

1Adams, D. E. (1956). Introduction to inertial navigation. This Journal 11, 249.Google Scholar
2Anderson, E. W. (1958). Inertia navigation systems. This Journal, 11, 231.Google Scholar
3Cooper, G.Johnson, W. A. and Stratton, A. (1962). Air Navigation Prospects, for the 1970s. R.Ae.S. and I.E.E. Joint Conference on the Importance of Electricity in the Control of Aircraft.Google Scholar
4Pedersen, E. S. (1961). Doppler navigation in S.A.S. This Journal, 14, 34.Google Scholar
5Brunt, W. E. (1961). An evaluation of the Marconi A.D.2300. This Journal, 14, 42.Google Scholar
6Read, R. S.The effects of angular vibration on the performance of position gyroscopes'. IUTAM Symposium on Gyrodynamics, Cellerina, August 1962. Springer-Berlin.Google Scholar
7Fraser, D. O. and Lee, J. A. (1960). The rate integrating gyro as an Aircraft heading reference’. This Journal, 13, 219.Google Scholar
8Polhemus, W. L. (1962). The navigation and control of supersonic aircraft’. This Journal, 15, 174.Google Scholar
9Stratton, A. (1958). The combination of inertial navigation and radio aids. Proc. I.E.E. 105, Part B, Supplement No. 9, 266.Google Scholar
10Whalley, R. (1963). The azimuth alignment of inertial navigation systems for airline operation. This Journal, 16, 285.Google Scholar
11Green, J. F. and Glenny, A. P. (1960). Heading definition in commercial aircraft. This Journal, 13, 196.Google Scholar