摘要
以某大型武器实装为背景,介绍了用于模拟训练的半实物模拟系统的设计方案。利用模块化设计方法实现主控计算机与各操作单元的分布式仿真;ADAM-5000系列模块实现各操作单元的指令和数据传输,通过RS-485总线来实现单元间的分布式的检测与控制;采用三通道立体视景系统作为输出界面,采用Creator构建武器和环境模型,在VC平台通过Vega编程实现模型驱动。应用表明该系统在实时性、逼真度、可靠性和效费比等指标方面较传统模拟器材均有较大提高。
Based on real equipments of some large-scale weapon, the design scheme of half-substantiation simulation system for simulation training is introduced. Distributed simulation among center computer and operation units has been realized according to model design methods. ADAM-5000 series modules are applied to realize the transmission of order and data among these units, and distributed measurement and control are realized through 485 Bus. Three channels solid visual system is taken as the out interface, and all weapon and environment models are constructed with Creator and driven with Vega on the VC platform. Experiment results show that the main targets such as real-time, fidelity, reliability and cost-effectiveness get hieher progress than traditional simulation svstems＇.
出处
《系统仿真学报》
EI
CAS
CSCD
北大核心
2006年第7期1820-1823,共4页
Journal of System Simulation
