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An Automatic Collision Avoidance and Guidance System for Marine Vehicles in Confined Waters

Published online by Cambridge University Press:  21 October 2009

M. J. Dove ,
R. S. Burns  and
C. T. Stockel
M. J. Dove
Affiliation:
(Ship Control Group, Plymouth Polytechnic)
R. S. Burns
Affiliation:
(Ship Control Group, Plymouth Polytechnic)
C. T. Stockel
Affiliation:
(Ship Control Group, Plymouth Polytechnic)
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Extract

There can be little doubt that the overall standards of safety at sea are high, particularly with the traditional maritime nations. Cockcroft states that of a total of 22600 ships over 1000 g.r.t trading in 1979, 9400 were from the traditional maritime nations. He goes on to say that during the period 1977–9 these countries lost 16 ships out of a total of 189 worldwide losses. Thus the traditional maritime nations ran 41·59 per cent of the ships and incurred only 8·4 per cent of the losses. This does suggest that high standards are not universal and there may be considerable resentment among operators of high standard ships when casualties to sub-standard vessels result in the implementation of measures, such as marine traffic management systems, which give rise to increased operating costs.

Type
Research Article
Information
The Journal of Navigation , Volume 39 , Issue 2 , May 1986 , pp. 180 - 190
Copyright
Copyright © The Royal Institute of Navigation 1986

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References

REFERENCES

1Cockcroft, A. N. (1981). A comparison of safety records. This Journal 34, 215.Google Scholar
2Coldwell, T. G. (1981). Marine traffic flow and casualties on the Humber. This Journal 34 38.Google Scholar
3 Panel on Human Error in Merchant Marine Safety (1976). Human Error in Merchant Marine Safety. National Academy of Science, Washington D.C.Google Scholar
4Abkowitz, M. A. (1964). Lectures on Ship Hydrodynamics - Steering and Manoeuvrability. Hydro Og Aerodynamisk Laboratorium Report No HY-5, 12 1964.Google Scholar
5Gill, A. D. (1976). The identification of manoeuvring equations for ship trials results. Trans RINA 118.Google Scholar
6Burns, R. S.(1984). The Control of Large Ships in Confined Waters (Ph.D. Thesis). CNAA, Plymouth Polytechnic.Google Scholar
7Burns, R. S.et al. (1982). Automatic Pilotage of Large Ships in Confined Waters - A Mukivariable Approach. Institute of Measurement and Control, International Symposium on Multivariable Control Systems, RN Engineering College, Plymouth.Google Scholar
8Colley, B. A.Curtis, R.G. and Stockel, C.T. (1984). On marine traffic flow and collision avoidance computer simulation. This Journal 37 232.Google Scholar
9Davis, P. V. (1981). Computer Modelling of Marine Traffic Behaviour(Ph.D. Thesis). CNAA, Plymouth Polytechnic.Google Scholar
10Colley, B. A.(1985). Computer Simulation of Marine Traffic Systems (Ph.D. Thesis). CNAA, Plymouth Polytechnic.Google Scholar