摘要
在建立虚拟飞行器虚拟训练系统的研究中,由于飞行器的结构较为复杂,需要操控的部件较多,子虚拟系统需要有效衔接;针对飞行器训练实际需求,提出一种虚拟仪表和子系统有效衔接结合的飞行器虚拟训练系统的设计;借助于Virtools和数据手套、数据头盔和定位器等虚拟现实设备,建立仿真数据模型,对手指进行较小的区域划分,运用倾斜过度校验技术保证手部倾斜角度的准确性,完成虚拟飞行中的实时控制;实验结果表明,仿真系统在保证真实性和快速性的同时,还具备易于操控等特点,可确保入门级飞行员户快速掌握飞行中的基本机能和系统操作方法,训练周期缩短50%,大大降低了训练成本。
In establishing virtual vehicle virtual training system research, the vehicle structure is more complicated, the need to control unit is more, son virtual system requires effective cohesion. According to the actual demand of a military aircraft training, the paper proposes a kind of virtual instrument and subsystem with the effective connection flight training virtual system design. With the help of Virtools and data glove, data helmet and locator and virtual reality equipment, the establishment of simulation data model for finger small region, using tilt over check technology guarantee the accuracy of the hand Angle, complete the virtual flight of real--time control. The experimental results show that the simulation system in guarantee authenticity and rapidity, but also easy to control etc. , entry level pilot door grasp the basic function of the flight and system operation method, training cycle shorten 50%, greatly reduces the training cost.
出处
《计算机测量与控制》
北大核心
2013年第6期1685-1687,共3页
Computer Measurement &Control
基金
湖南省科技厅科技计划资助项目(2011FJ4164)
湖南省教育科学"十二五"规划青年专项资助项目(XJK011QZJ011)
