摘要
针对飞机座舱显控交互的设计验证问题,开展了面向任务过程的虚拟座舱原型系统设计与研究,进行了虚拟显控交互界面设计及软件开发、基于VR头显、手势识别设备等硬件环境的虚拟座舱系统集成等工作,形成了一套面向任务过程的虚拟座舱原型系统.经过任务仿真验证表明,该原型系统具有开发效率高、成本低、快速迭代等优点,为未来航空智能座舱的人机交互系统设计提供了研究方法和工具,并为面向任务过程的飞行训练提供了技术原型.
Aiming at the design verification problem of the aircraft cockpit display and control interaction,the design and research of the virtual cockpit prototype system oriented to the dynamic task process is carried out.The virtual display and control interactive design and software development are performed,a set of virtual cockpit protype system oriented to the task process is formed based on the virtual cockpit system integration of such hardware environment as VR helmet,gesture recognition equipment,etc.The prototype systems provides research methods and tools for the design of human-computer interaction systems in future aviation intelligent cockpits,and provides a technical prototype for mission-oriented process of flight training with such advantages as high efficiency of development,low cost fast iteration,etc.
作者
曾伟明
缪远东
梁帆
ZENG Weiming;MIAO Yuandong;LIANG Fan(Key Laboratory of Avionics SystemIntegration Technology,China National Aeronautical Radio Electronic Research Institute,Shanghai 200233,China Vol.8,No.3 September,2022)
出处
《指挥与控制学报》
CSCD
2022年第3期318-324,共7页
Journal of Command and Control
关键词
虚拟座舱
任务过程
显控交互
人机系统
飞行训练
virtual cockpit
task process
display and control interaction
human-computer system
flight training
