Decision Support in Collision Situations at Sea

Author:

Pietrzykowski Zbigniew,Wołejsza Piotr,Borkowski Piotr

Abstract

The known navigational systems in use perform information functions and as such are helpful in the process of safe conduct of a vessel. One of the ways to assist in reducing the number of marine accidents is the development of systems which perform decision support functions, i.e. automatically generate solutions to collision situations. The use of information (and communication) technologies including knowledge engineering allows the generation of proposals for anti-collision manoeuvres taking into account the COLREGs. Demand for further enhancement of navigational safety by limiting human errors has initiated a trend to convert navigational information systems into decision support systems. The implementation of decision support systems will potentially reduce the number of human errors, which translates into a reduction of accidents at sea and their adverse consequences. This paper presents a summary of the research to date on the navigational decision support system NAVDEC. The system has been positively verified in laboratory conditions and in field tests – on a motor ferry and a sailing ship. Challenges associated with the development and implementation of such systems are outlined.

Publisher

Cambridge University Press (CUP)

Subject

Ocean Engineering,Oceanography

Reference39 articles.

1. Analysis of accidents in Greek shipping during the pre- and post-ISM period

2. NCSR 1/6. (2014). Development of an e-Navigation Strategy Implementation Plan. Report of the Correspondence Group on e-navigation submitted by Norway, IMO.

3. Safe Ship Trajectory Determination in the ENC Environment;Pietrzykowski;Communications in Computer and Information Science,2014b

4. Modelling of last minute manoeuvre in collision situation at sea;Stawicki;Scientific Journal of Gdynia Maritime University,2008

5. Ship course stabilization by feedback linearization with adaptive object model;Borkowski;Polish Maritime Research,2014

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