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Based on Petri net area of the surface ship air defense combat process optimization

机译:基于Petri网面积的水面舰艇防空作战过程优化

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This paper research the surface ship air defense combat process optimization problem. So as to shorten the synergy of the surface ship area air defense missile time, increase the efficiency of the surface ship area air defense combat, it take the process optimization area air defense as the goal, introducing Petri net technology to the surface ship to air defense combat time performance analysis model of the process. This model combine fuzzy mathematics with the dynamic programming optimization technology, find out the critical path of the process for air defense combat, aiming at three typical area air defense, and consider the incoming target time urgency, to give priority to fire fighting and our minimum resources as objective function, the three types of combat efficiency of air defense mode comparative simulation. The simulation results show that the use of process optimization based on Petri net process technology can effectively simplify the area air defense, improve the efficiency of command.
机译:本文研究了水面舰艇防空作战过程的优化问题。为了缩短水面舰艇防空导弹的协同时间,提高水面舰艇防空作战的效率,以工艺优化的防空导弹为目标,将Petri网技术引入水面舰空防御作战时间绩效分析模型的过程。该模型将模糊数学与动态规划优化技术相结合,针对三个典型的地区防空,找出了防空作战过程的关键路径,并考虑了即将到来的目标时间紧迫性,优先考虑灭火和我们的最低要求。以资源为目标函数,对三种防空作战方式的作战效率进行了比较仿真。仿真结果表明,采用基于Petri网的工艺优化技术可以有效地简化区域防空,提高指挥效率。

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