CAJ | 학술논문

现代海上战争对水面舰艇作战系统的作战能力提出了越来越高的要求。为提升系统作战能力，使系统最大限度地适应灵活的作战任务，提出基于Petri网的任务剖面结构优化方法。首先对作战系统的任务剖面进行描述，建立任务剖面的活动模型；然后，根据所提出的活动模型向结构模型的转换规则得到任务剖面的结构模型；最后，以水面舰艇对空自防御作战为例，采用Petri网的流程优化方法对作战系统任务剖面进行结构优化。结果表明，所提出的方法能够缩短任务的平均完成时间，提高作战效率，达到预期优化效果，可用于作战系统的方案论证和设计中。
현대해상전쟁대수면함정작전계통적작전능력제출료월래월고적요구。위제승계통작전능력，사계통최대한도지괄응령활적작전임무，제출기우Petri망적임무부면결구우화방법。수선대작전계통적임무부면진행묘술，건립임무부면적활동모형；연후，근거소제출적활동모형향결구모형적전환규칙득도임무부면적결구모형；최후，이수면함정대공자방어작전위례，채용Petri망적류정우화방법대작전계통임무부면진행결구우화。결과표명，소제출적방법능구축단임무적평균완성시간，제고작전효솔，체도예기우화효과，가용우작전계통적방안론증화설계중。
The features of modern naval warfare have put forward an increasing demand on the combat ca-pability and flexibility of surface warship combat systems. To this end,this paper proposes an optimization method for the mission profile structure based on Petri nets. Firstly,the fundamental concept of the combat mission profile is introduced,with an activity model of which being established. Secondly,the structural model of the mission profile is converted from the earlier activity model according to the transformation rules. Finally,the proposed method is tested against an air self-defense combat event of surface warships. The results show that the structural optimization technique is capable of increasing the combat effective-ness and should be applied to the design process of combat systems.