The article discusses an algorithm devised for presentations of acceptable solutions to collision situations of ships at sea. The solutions, course alteration ranges, are determined in compliance with the Collision Regulations. The solutions account for cases where more than two vessels are involved in a collision situation. The algorithm has been implemented into NAVDEC, a navigational decision support system. The presented results have been obtained in field research, onboard the motor vessel “Nawigator XXI”
The wider use of electronic devices in shipping has led to the introduction of new navigation contro...
Navigational collisions are one of the major safety concerns for many seaports. Continuing growth of...
This article presents a new algorithm for short‐term maritime collision avoidance (COLAV) named the ...
The problem of vessel collisions or near-collision situations on sea, often caused by human error du...
ABSTRACT- This paper proposes an advanced navigation decision support system (NAVDEC) mainly to avoi...
The paper presents the results of collision situation simulations concerning the m/v Gotland Carolin...
The known navigational systems in use and methods of navigational decision support perform informati...
The paper presents the results of collision situation simulations concerning the m/v Gotland Carolin...
The known navigational systems in use and methods of navigational decision support perform informati...
There are various advanced algorithms developed to search for optimal solutions, i.e. optimal naviga...
The need for aids to decision making in marine navigation has increased significantly in recent time...
The known navigational systems in use and methods of navigational decision support perform informati...
The report presents the simulation results of collision between m/v "Baltic Ace" and m/v "Corvus J"....
The identification of risks associated with collision for vessels is an important element in maritim...
Automatic vessel collision-avoidance systems have been studied in the fields of artificial intellige...
The wider use of electronic devices in shipping has led to the introduction of new navigation contro...
Navigational collisions are one of the major safety concerns for many seaports. Continuing growth of...
This article presents a new algorithm for short‐term maritime collision avoidance (COLAV) named the ...
The problem of vessel collisions or near-collision situations on sea, often caused by human error du...
ABSTRACT- This paper proposes an advanced navigation decision support system (NAVDEC) mainly to avoi...
The paper presents the results of collision situation simulations concerning the m/v Gotland Carolin...
The known navigational systems in use and methods of navigational decision support perform informati...
The paper presents the results of collision situation simulations concerning the m/v Gotland Carolin...
The known navigational systems in use and methods of navigational decision support perform informati...
There are various advanced algorithms developed to search for optimal solutions, i.e. optimal naviga...
The need for aids to decision making in marine navigation has increased significantly in recent time...
The known navigational systems in use and methods of navigational decision support perform informati...
The report presents the simulation results of collision between m/v "Baltic Ace" and m/v "Corvus J"....
The identification of risks associated with collision for vessels is an important element in maritim...
Automatic vessel collision-avoidance systems have been studied in the fields of artificial intellige...
The wider use of electronic devices in shipping has led to the introduction of new navigation contro...
Navigational collisions are one of the major safety concerns for many seaports. Continuing growth of...
This article presents a new algorithm for short‐term maritime collision avoidance (COLAV) named the ...