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Reconfigurable flight control based on nonlinear dynamic inversion and dynamic control allocation

机译:基于非线性动态反演和动态控制分配的可重构飞行控制

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摘要

Based on nonlinear dynamic inversion (NDI) and dynamic control allocation, a new reconfigurable flight control scheme is proposed for multi-effector aircraft. Firstly, basic flight control law is designed by NDI method to produce desired moment command according to the given attitude angle command. Then, the moment command is optimally distributed into individual control surfaces with position and rate constraints by dynamic control allocation (DCA) algorithm. In the face of control surface faults, control reallocation is performed in the remained control surfaces to fulfil flight reconfiguration, and the basic flight control law need not to be redesigned. The reconfigurable flight control scheme is evaluated by a nonlinear six degree-of-freedom (DoF) aircraft model under jammed case and damaged case, respectively. Effectiveness of the reconfigurable flight control method is demonstrated by simulation results.
机译:基于非线性动态反演(NDI)和动态控制分配,提出了一种多效飞机的可重构飞行控制新方案。首先,通过NDI方法设计基本的飞行控制律,以根据给定的姿态角指令产生期望的力矩指令。然后,通过动态控制分配(DCA)算法将力矩命令最佳地分配到具有位置和速率约束的各个控制表面中。面对控制面故障,在剩余的控制面中进行控制重新分配以完成飞行重构,并且不需要重新设计基本的飞行控制定律。可重构飞行控制方案分别通过非线性六自由度(DoF)飞机模型在卡住情况和损坏情况下进行评估。仿真结果证明了可重构飞行控制方法的有效性。

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