【摘要】 建立基于飞行任务的驾驶舱显示人机界面仿真环境,可以在飞机驾驶舱人机界面设计方案阶段对其进行评价测试,降低设计成本,缩短设计周期。通过VC++与VAPS平台相结合,建立了具有人机交互功能的飞机驾驶舱显示人机界面的仿真环境,实现了利用TCP/IP网络协议在控制机与显示机的通讯,并通过VAPS提供的数据通道CHANNEL进行实时的人机交互的数据交换。更多还原

【Abstract】 An environment of flight-task based cockpit display human machine interface was built, and the project could be tested and evaluated in previous period so as to reduce the design cost and shorten the cycle of design. The environment of flight-task based cockpit display human machine interface with function of interaction was built through the combination of VC++ and VAPS platform .The communication between the control machine and the display machine was achieved by using TCP/IP network protocol. Real time human machine interaction data exchanged through VAPS’s data channel.更多还原