摘要
研究一种基于HLA/RTI的防空模拟系统。首先根据防空模拟的业务特点设计了系统的架构,指出了各联邦成员的功能和交互,分析了系统动作时序。然后根据系统需求,利用空间几何的原理得到了二维、三维环境中雷达捕捉飞机的模型和毁伤评估成员中的运动状态转换模型,依据一种新的毁伤评估处理策略建立了飞机的毁伤评估模型,并制定了防空模拟的一般性算法流程。最后,通过对一个防空想定的模拟检验了防控模拟系统的可行性和有效性,指出了该模拟系统的发展前景。
An antiaircraft simulation system was studied based on HLA. First, according to the characteristic of antiaircraft simulation, the basic system frame was designed, function of federation member and interaction in the system were indicated, the schedule of system was analyzed. Second, according to system requirements, advantage of the theory of geometry was taken to give the model of plane capture and the model of transforming the movement state. By the new damage assessment strategy, the model of damage assessment was established, and the usual algorithm process of antiaircraft simulation was instituted. Last, the feasibility and validity of the system were verified through the simulation trial, and the perspective of the simulation system was directed.
出处
《系统仿真学报》
CAS
CSCD
北大核心
2009年第20期6498-6503,6509,共7页
Journal of System Simulation
关键词
防空模拟
目标捕捉
毁伤评估
运动状态转换
建模
antiaircraft simulation
target capture
damage assessment
transforming the movement state
modeling
