摘要
海上舰艇编队巡逻是维护我国领海主权的有效方法,其编队队形决定着自身的防空能力,也影响着各种突发事件的应变能力.在信息化战争技术迅速发展的今天,国防安全对海上舰队防空编队方案的制定提出更高的要求.本文通过设定合理的海上巡逻任务,以及舰艇编队和来袭导弹的参数和指标,充分考虑各舰之间的数据共享和协同作战特点,在分析传统舰队编队队形特点的基础上,以使在舰队护卫舰防御范围最薄弱处的位置与指挥舰的距离最长为目标,建立并求解舰队巡逻的最佳队形编队,然后通过MATLAB软件对设定场景进行仿真实验,并对所建立的最佳舰队队形的抗饱和攻击能力进行评估,该项工作可为海上舰队防空编队的建模方法提供参考依据.
Maritime patrol of naval vessels formation is an effective way to maintain the national territorial sovereignty.Its formation determines the air defense capability as well as affects the resilience of various emergencies.Today,with the rapid development of information warfare technology,national defense security puts forward higher requirements for the formulation of the air defense air defense formation plan for the sea fleet.By setting reasonable maritime patrol missions,as well as the parameters and indicators of ship formations and incoming missiles,this paper fully considered the characteristics of data sharing and coordinated operations between ships,based on the analysis of the formation characteristics of traditional fleet formations,so that at the weakest position of the fleet frigate defense area,the distance from the command ship was the longest,and the best formation of the fleet patrol was established and solved.Then the simulation experiment of the set scene was carried out by MATLAB software,and the most established the anti-saturation attack capability of the formation of the fleet was evaluated,and this work can provide a reference for the modeling method of the air defense formation of the naval fleet.
作者
刘昕
LIU Xin(School of Data Science and Technology,North University of China,Taiyuan 030051,China)
出处
《中北大学学报（自然科学版）》
CAS
2019年第6期531-536,共6页
Journal of North University of China(Natural Science Edition)
关键词
海上舰艇编队
多目标非线性规划
机动汇算模型
抗饱和攻击能力
naval vessel formation
multi-objective nonlinear programming
maneuvering model
anti-saturation attack capability
