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Research of Intelligence Control for Flying Altitude of Four Rotors Flyer

机译:四旋翼飞行器飞行高度智能控制研究

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Four rotors flyer(FRF) is difficult to control because its control system is a multi-inputs and multi outputs with characteristics of nonlinear, strong coupling and sensitive to disturbance. In this paper, several intelligence control methods including genetic algorithm(GA), immune algorithm(IA), radial basis function(RBF), fuzzy system(FS) are used to control the flyer and the performance is analyzed respectively. The results show that RBF has the best performance in all the tests of pitch and yaw control of FRF.
机译:四旋翼飞行器(FRF)的控制系统为多输入多输出,具有非线性,强耦合,对扰动敏感的特点,因此难以控制。本文采用遗传算法(GA),免疫算法(IA),径向基函数(RBF),模糊系统(FS)等多种智能控制方法对飞行器进行控制,并对飞行器的性能进行了分析。结果表明,在FRF的所有俯仰和偏航控制测试中,RBF均具有最佳性能。

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