直升机反潜航路规划仿真
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摘要
直升机反潜建模不仅仅局限于纯理论分析,还需要一个良好的效能仿真系统支持。针对目前现有吊放声呐和发射声呐浮标两类直升机反潜战术,设计了基于实际装备的仿真案例,给出了吊放声呐进行螺旋式方形搜索、平行来回式搜索和线性拦截搜索和声呐浮标方形阵、圆形阵和三角阵战法的仿真验证结果。结果表明该方法能有效地开发仿真应用,满足基于仿真的装备论证与战术设计需求。
Simulation of helicopter anti-submarine tactics not only requires pure theory analysis, but also needs an efficient simulation system support. Current anti-submarine tactics in the search phase include the use of dipping sonar and sonobuoys. A simulation case is designed based on equipment on service; the evaluation of above tactics on helix square, parallel round, and line spread using dipping sonar is presented. The tactics on the circle, square, and triangle using sonobuoys are evaluated as well. It shows that the proposed method can improve the efficiency of simulation application development, so as to meet the requirements of simulation-based military demonstration and tactics design.
Simulation of helicopter anti-submarine tactics not only requires pure theory analysis, but also needs an efficient simulation system support. Current anti-submarine tactics in the search phase include the use of dipping sonar and sonobuoys. A simulation case is designed based on equipment on service; the evaluation of above tactics on helix square, parallel round, and line spread using dipping sonar is presented. The tactics on the circle, square, and triangle using sonobuoys are evaluated as well. It shows that the proposed method can improve the efficiency of simulation application development, so as to meet the requirements of simulation-based military demonstration and tactics design.
引文
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[9]Zhu Z,Lei Y L,Zhu Y F,et al.A WESS-based method for anti-submarine simulation through planning waypoints of helicopter(WIP)[C]//Summer Computer Simulation Conference.San Diego:Society for Computer Simulation International,2016:15.
[2]Armo K R.The relationship between a submarine’s maximum speed and its evasive capability[D].Monterey:Naval Postgraduate School,2000.
[3]Lei Y L,Zhu N,Yao J,et al.Model-architecture oriented combat system effectiveness simulation[C]//Winter Simulation Conference.New Jersey:IEEE Press,2016:3190-3191.
[4]孙建,陈航,张小惠,等.基于COSIM的舰艇防御系统分布式仿真平台开发研究[J].系统仿真学报,2007,19(19):4428-4433.Sun Jian,Chen Hang,Zhang Xiaohui,et al.Research on Development of Ship Defence System Distributed Simulation Platform Based on COSIM[J].Journal of System Simulation,2007,19(19):4428-4433.
[5]韩津豫.基于面向对象技术的战斗机对地攻击仿真系统设计[D].西安:西北工业大学,2004.Han Jinyu.The design of fighter attack simulation system based on object oriented technology[D].Xi’an:Northwestern Polytechnical University,2004.
[6]朱智,雷永林,朱宁,等.面向网络化防空反导体系的可组合建模框架[J].国防科技大学学报,2014,36(5):186-190.Zhu Zhi,Lei Yonglin,Zhu Ning,et al.Composable modeling frameworks for networked air&missile defense systems[J].Journal of National University of Defense Technology,2014,36(5):186-190.
[7]朱智,雷永林,朱一凡.网络化防空反导体系的作战过程建模与仿真[J].国防科技大学学报,2015,37(3):167-175.Zhu Zhi,Lei Yonglin,Zhu Yifan.Process Modeling and Simulation of Operation for Networked Air&Missile Defense[J].Journal of National University of Defense Technology,2015,37(3):167-175.
[8]Zhu Z,Lei Y L,Zhu Y F.MVC-driven Development of Weapon Management System based on Java[J].Applied Mechanics and Materials(S1660-9336),2014,1(12):556-562.
[9]Zhu Z,Lei Y L,Zhu Y F,et al.A WESS-based method for anti-submarine simulation through planning waypoints of helicopter(WIP)[C]//Summer Computer Simulation Conference.San Diego:Society for Computer Simulation International,2016:15.