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高动态飞行器
相关语句
  high dynamic aircraft
    The Research of Attitude Solving and Three Dimensional Visual Simulation of High Dynamic Aircraft
    高动态飞行器姿态解算及三维视景仿真技术研究
    The mathematical model of attitude solving algorithm on high dynamic aircraft is established, and the method which use rotation vector algorithm to solve attitude angle is discussed, then the method is compared with quaternion.
    建立了高动态飞行器姿态解算的数学模型,探讨了利用等效旋转矢量法解算姿态角的方法,并与四元数法进行了比较。
    Three dimension visual simulation is convenient to observe and validate the movement rule of high dynamic aircraft.
    三维视景仿真对直接观察、验证高动态飞行器的运动变化规律提供了极大的便利。
  high dynamic aircraft
    The Research of Attitude Solving and Three Dimensional Visual Simulation of High Dynamic Aircraft
    高动态飞行器姿态解算及三维视景仿真技术研究
    The mathematical model of attitude solving algorithm on high dynamic aircraft is established, and the method which use rotation vector algorithm to solve attitude angle is discussed, then the method is compared with quaternion.
    建立了高动态飞行器姿态解算的数学模型,探讨了利用等效旋转矢量法解算姿态角的方法,并与四元数法进行了比较。
    Three dimension visual simulation is convenient to observe and validate the movement rule of high dynamic aircraft.
    三维视景仿真对直接观察、验证高动态飞行器的运动变化规律提供了极大的便利。
  high dynamic aircraft
    The Research of Attitude Solving and Three Dimensional Visual Simulation of High Dynamic Aircraft
    高动态飞行器姿态解算及三维视景仿真技术研究
    The mathematical model of attitude solving algorithm on high dynamic aircraft is established, and the method which use rotation vector algorithm to solve attitude angle is discussed, then the method is compared with quaternion.
    建立了高动态飞行器姿态解算的数学模型,探讨了利用等效旋转矢量法解算姿态角的方法,并与四元数法进行了比较。
    Three dimension visual simulation is convenient to observe and validate the movement rule of high dynamic aircraft.
    三维视景仿真对直接观察、验证高动态飞行器的运动变化规律提供了极大的便利。
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>=The mathematical model of attitude solving algorithm on high dynamic aircraft is established, and the method which use rotation vector algorithm to solve attitude angle is discussed, then the method is compared with quaternion. The three dimension module of aircraft, terrain and object are erected, and real time three dimension visual simulation of is executed through computed data. Three dimension visual simulation is convenient to observe and validate the movement rule of high dynamic aircraft.

建立了高动态飞行器姿态解算的数学模型,探讨了利用等效旋转矢量法解算姿态角的方法,并与四元数法进行了比较。建立了飞行器、地形、地物的三维模型,利用计算出来的数据进行飞行器的实时三维视景仿真模拟。三维视景仿真对直接观察、验证高动态飞行器的运动变化规律提供了极大的便利。

 
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