基于Matlab GUI的航迹模拟系统设计

Design of Track Simulation System Based on Matlab GUI

为了有效、经济地配合高炮与舰炮的随动性训练和考核,在Matlab GUI平台上设计了高炮、舰炮目标航迹模拟系统;采用几何模型、时间拼接和样条插值方法,建立了目标常见运动航迹、复杂运动航迹和无规则运动航迹模型,设计了系统的人机交互界面,解决了软件设计中的核心问题;仿真结果表明,设计的航迹模拟系统可以实时绘制目标的航迹和显示目标的时间—极坐标数据,可用于火炮的随动性训练与考核;系统易于扩展和部队使用。

This paper designs a target track simulation system used for antiaircraft guns and naval guns on Matlab GUI platform in order to effectively and economically match the training and assessment on the following property of antiaircraft guns and naval guns. In addition, it builds common motion track, complex motion track, and irregular motion track models of targets, designs a systematic human--computer interaction interface, and resolves core problems in software design with geometrical models, time connection, and spline interpo）ation. The simulation result indicates that the designed track simulation system may have a real--time drawing of target tracks and displaying of time- polar coordinate data of target for the training and assessment of the following property of artillery, which is easily expanded and utilized in troops.