Title :
Research on the system of ship damage case recognition and damage control knowledge acquisition
Author :
Hou, Yue ; Pu, Jin-yun
Author_Institution :
Ship survivability Res. office, Naval Univ. of Eng., Wuhan, China
Abstract :
When the ship is attacked in the war, it is difficult for us to judge the damage position and make the damage control decision swiftly because of time and information constraints. The damage cases under given weapon attack coordinates are computed in advance in damage simulator in this paper firstly. Then when a new damage happens, it will be recognized in the pre-computed damage cases. Concerning the spread of the flood and fire with the process of time, both attack coordinates recognition and current time step recognition problems are researched. The multi-objective optimization model is used in the recognition arithmetic. Because the damage case recognition is aimed at making real time damage control decision, the damage control knowledge acquisition is also researched in this paper. Damage control knowledge consists of anti-flooding knowledge and fire-fighting knowledge. They are represented by framework or generation rules respectively. Anti-flooding knowledge acquisition method is chosen to be researched in detail specially. The system of ship damage case recognition and damage control knowledge acquisition founded in this paper can improve the damage control decision greatly.
Keywords :
knowledge acquisition; military computing; optimisation; ships; anti flooding knowledge; damage control decision; damage control knowledge acquisition; damage simulator; fire fighting knowledge; generation rules; multiobjective optimization model; recognition arithmetic; ship damage case recognition; time step recognition problems; Electronic ballasts; Fires; Floods; Knowledge acquisition; Marine vehicles; Real time systems; Weapons; damage case recognition; damage control; knowledge acquisition; multi-objective optimization; real time decision;
Conference_Titel :
Natural Computation (ICNC), 2010 Sixth International Conference on
Print_ISBN :
978-1-4244-5958-2
DOI :
10.1109/ICNC.2010.5583702