【摘要】 以机载激光武器(ABL)为研究对象,根据机载激光武器的特点以及高层体系结构(HLA)的原理,提出了基于高层体系结构(HLA)的机载激光武器仿真系统设计方案,设计了由弹道导弹、载机、机载激光武器等成员组成的仿真系统,并就系统设计、开发及实现过程中的关键技术,如作战想定、仿真系统结构设计、OMT设计、联邦成员实现等分别作了讨论。最后,组建仿真系统进行反导拦截仿真实验,从攻防两方面对影响机载激光武器毁伤效果的因素进行了分析。该系统可以为机载激光武器反导效能的分析评估提供平台和依据,对其它基于HLA的仿真系统的联邦设计与开发也具有一定的参考价值。更多还原

【Abstract】 We,based on the characteristics of ABL weapon system and the principles of High Level Architecture(HLA),design the simulation system.Sections 1,2 and 3 of the full paper explain our design.Section 4 explains how we implemented our design,uses the implemented simulation system to perform anti-missile interception experiments,and then analyzes the simulation results.Section 1 analyzes the attack flow of ABL,and then designs the combat scenario of simulation and the structure of simulation system consisting of six federates.Section 2,based on analyzing the functions of federates,designs OMT,which includes FOM(federation object model) and SOM(simulation object model).Section 3 discusses the implementation of the laser federate of ABL,including function partition,mathematical model design and software structure.Section 4 presents simulation results in Table 5 and Figs.8 and 9,and then analyzes the main factors which affect damage from the viewpoints of both attacker side and defender side.The exploitation of our ABL simulation system is,in our opinion,useful in the analysis and evaluation of the ABL anti-missile efficiency.更多还原