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Operational Research and Cost Benefit Analysis on Navigation with Particular Reference to Marine Accidents

Published online by Cambridge University Press:  18 January 2010

A. Stratton  and
W. E. Silver
A. Stratton
Affiliation:
(Ministry of Defence)
W. E. Silver
Affiliation:
(Ministry of Defence)
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Extract

The objective of navigation is to ensure safe and economic operation of the craft and new trends and developments in navigation have to be judged against the return that they might be expected to bring in operating economics and reduction in accidents. Modern technology offers a wide range of fascinating possibilities, many of which will be discussed at this quadripartite meeting. The potential of these new trends and developments, however, cannot be judged just on the basis of the improvement they bring to the reckoning of position and course. This is but the starting point (Fig. 1) to a complex interaction between navigation, operator and the world at large. The operational navigation performance is determined by the interaction between the means of reckoning position and course, the operational situation and the human operator's interpretation of the operational situation in relation to such regulations, rules and procedures as have been established.

Type
Rome Conference
Information
The Journal of Navigation , Volume 23 , Issue 3 , July 1970 , pp. 325 - 340
Copyright
Copyright © The Royal Institute of Navigation 1970

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References

REFERENCES

1Potts, W. B. (1969). Navigation systems and insurance. Navigation (U.S.A.), 16, 194.CrossRefGoogle Scholar
2Enright, J. F. (1969). An economic evaluation of the use of Omega navigation system by merchant ships. Navigation (U.S.A.), 16, 196.CrossRefGoogle Scholar
3Foster, W. C. (1967). An analysis of marine casualties. This Journal, 20, 241.Google Scholar
4Beattie, J. H. (1968). Operational reasearch into marine traffic and collisions. This Journal, 21, 490.Google Scholar
5 The separation of traffic at sea. This Journal, 19, 411.CrossRefGoogle Scholar
6Beattie, J. H. (1966). Collision in European waters, Appendix I to The separation of traffic at sea. This Journal, 19, 436.Google Scholar
7Wylie, F. J. and Deacon, D. (1963). The statistics of collisions at sea. This Journal, 16, 47.Google Scholar
8Wylie, F. J. and Deacon, D. (1966). The statistics of collisions at sea, II. This Journal, 19, 262.Google Scholar
9Beattie, J. H. (1963). Locality of collisions and shipping density, Appendix C to Traffic regulations in the Dover Strait. This Journal, 16, 39.Google Scholar