摘要
传统的舰炮武器系统训练,较少考虑到各类高速机动目标的控制系统建模。为实现飞行环境高逼真的需求和现代舰炮武器系统训练的发展要求,提出了采用Flightgear的舰炮武器系统训练的改进方案,结合六自由度动态模型,利用飞行模拟器外部数据输入/输出接口,将飞行仿真数据通过网络实时传递,驱动Flightgear可视化引擎。在模拟目标飞行仿真中,通过飞行姿态、天气条件和地理环境的三维实时可视化,可驱动舰炮武器系统进行高逼真度的模拟训练。仿真结果表明,方案建设简单、开发周期短、可扩展性强,为今后训练设备的研制提供了一种思路。
Because less attentiori has been paid on the control model of high speed target, the 3 - D visualization of target and the lively simulation of flying environment, traditional naval gun weapon system can not meet with the demand of the modern naval gun weapon system. In the paper, an improved training system was proposed based on Flightgear, and the real - time flying data of 6 - DOF dynamic model was passed to Flightgear visual engine by its I/ O port on network. In the process of flying simulation, the aircraft states, weather condition and geographic environment were showed in 3 - D model, all the data can drive the simulation training course of the weapon system. The simulation results show that this visual flight simulation system is feasible, valid and economic. It can be considered as a way of. design training equipment.
出处
《计算机仿真》
CSCD
北大核心
2012年第12期38-41,共4页
Computer Simulation
关键词
模拟训练
动态模型
飞行模拟器
Simulation training
Dynamic model
Flight simulator