无人运输机地面控制站显示界面的仿真系统

为实现地面控制站操作员对民用无人机的安全控制，提出了地面控制站集飞行仪表、地图综合界面显示设计方案. 采用GL Studio 和VC++ 6.0混合编程的方式，实现对飞行仪表显示界面的设计；使用VC++6.0 对Google Earth二次开发实现地面控制站地图显示功能. 将微软模拟飞行X作为飞行仪表和地图界面的数据驱动，通过UDP传输协议，实现仿真系统的综合测试. 测试结果表明，该系统设计可以为地面控制站操作员提供完整的态势信息，提高操作员的决策效率，为研究地面控制站显示界面工效问题提供新的方法.

Simulation System for the Human-Machine Interface of Ground Control Station for Unmanned Cargo Aircraft

In order to realize the goal that the civil unmanned cargo aircraft (UCA) would be controlled by the operator in the ground control station (GCS), the design scheme of the human-machine interface (HMI) for GCS is proposed which integrates the flight instrument and maps. By the way of mixed programming using the tools of GL Studio and VC ++ 6.0, this paper achieves the design of the flight instrument display interface. With the use of VC ++ 6.0 on the secondary development of Google Earth, this paper achieves the design of map display. With UDP transmission protocol, the flight simulation data from the Microsoft simulation flight X is sent to the interface of the display. The test results show that the system can provide complete information for the operator of the ground control station, improve the decision-making efficiency of the operator, and provide a new method for studying the interface efficiency of the ground control station.