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Collision Avoidance and the Mariner

Published online by Cambridge University Press:  18 January 2010

J. F. Kemp
Affiliation:
(School of Navigation, City of London Polytechnic)

Extract

In this paper a study is made of that area of marine traffic engineering which is concerned with collision avoidance, and within that area the sub-section in which human factors are involved.

Collision avoidance at sea is mainly achieved by adherence to the rules for preventing collisions, by routing schemes for separating traffic in high density areas and, within certain port limits, by local rules and advisory services, or occasionally by direct control of ship movements. To these well defined factors may be added the mariner's accumulated experience and instinct for self-preservation which gives rise to such nebulous, but not negligible, entities as the ‘seaman's eye’ and the ‘navigator's sixth sense’.

Type
Marine Traffic Engineering
Copyright
Copyright © The Royal Institute of Navigation 1972

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References

REFERENCES

1Griffiths, W. E. B. (1972). The control of sea traffic. Journal of the Honourable Company of Master Mariners (Winter issue).Google Scholar
2Van Hooff, J. F. D. (1971). The air analogy at sea. This Journal, 24, 341.Google Scholar
3Grimes, C. (1972). A survey of marine accidents with particular reference to tankers. This Journal, 25, 496.Google Scholar
4McGuffie, K. C.Marsden on the Law of Collisions at Sea, Stevens and Sons Ltd., London.Google Scholar
5Paffett, J. A. H. (1972). Ship manœuvring characteristics; awaiting publication.CrossRefGoogle Scholar
6Brough, J. and Jones, K. D. (1970). An investigation into the use of radar for collision avoidance. This Journal, 23, 87.Google Scholar
7Corbet, A. G. (1970). A study of the training of Bristol Channel pilots in the use of radar, Department of Maritime Studies, UWIST.Google Scholar
8Baker, C. (1962). Man and Radar Displays, Agardograph, The MacMillan Company, N.Y.Google Scholar
General reference. General Dynamics (1969). Human factors in ship control, National Technical Information Service, Springfield, Va. 22151, U.S.A.Google Scholar