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An application research of quasi-Newton method in rotation body attitude solving

机译:拟牛顿法在旋转体姿态求解中的应用研究

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There are some blind areas in geomagnetism vector detecting by magnetoresistive sensors. Generally, position transmit matrix is insolubility for its oddity. So, an attitude solution method is presented by taking trajectory obliquity and deflection measured by GPS as the initial value of body pitching and yaw attitude, and then using the quasi-Newton method to correct the result. After the simulation analysis with experience data, it is shows that the convergence rate and solution precision of this method is very close to Newton Method while the Contradictory of matrix can be avoided.
机译:用磁阻传感器检测地磁矢量中存在一些盲区。通常,位置发送矩阵因其奇数而不可解。因此,提出一种姿态解算方法,以GPS测得的轨道倾角和挠度作为人体俯仰和偏航姿态的初始值,然后使用准牛顿法对结果进行校正。通过对经验数据的仿真分析,表明该方法的收敛速度和求解精度非常接近牛顿法,可以避免矩阵矛盾。

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