Journal of Navigation · 2009 · 125 citations · 17 references
EngineeringMarine EngineeringSystems EngineeringNaval ArchitectureShip DesignShip ManeuveringCollision Avoidance ControlManeuvering In Confined WatersMaritime TransportationShip DynamicsShip GeometryShip SafetyAnalytical ModelsCollision RiskNavigational SafetyShip Collision RiskShip Domain ModelingShip NavigationShip Trajectory PlanningTrajectory Planning
Most of the existing typical ship domains have been comprehensively reviewed and classified. Most of these ship domains are described in a geometrical manner that is difficult to apply to practices and simulations in marine traffic engineering. According to different types of geometrical ship domains, we have proposed mathematical models, based on which a unified analytical framework has been established. It is feasible and practical for the analytical models to be applied to the assessment of navigational safety, collision avoidance and trajectory planning, etc . Finally, some computer simulations and comparative studies of the proposed domain model have been presented and the simulation results show that the uniform analytical framework for ship domains is effective and identical to the original geometrical ones. It should be noted that the analytical domain models could be directly applied in any collision risk, collision avoidance or VTS system while the geometrical ones would be more illustrative but less practical or analytical.
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Yahei Fujii, Kenichi Tanaka · Journal of Navigation · 1971 · 457 citations
A Statistical Study of Ship Domains
Elisabeth Goodwin · Journal of Navigation · 1975 · 443 citations
Marine Traffic Behaviour in Restricted Waters
T. G. Coldwell · Journal of Navigation · 1983 · 238 citations