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Control of Twin Rotor MIMO System Using 1-Degree-of-Freedom PID, 2-Degree-of-Freedom PID and Fractional order PID Controller

机译:使用1自由度PID,2自由度PID和分数阶PID控制器控制双转子MIMO系统

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Control design of a TRMS system resembling helicopter is very complicated task. Since it is highly non-liner system, which makes the controller design for TRMS system very complex problem. TRMS system is connected with two rotors, in which first one is main rotor and the other is tail rotor. This is based on a beam, supported by a counter balance. Two degrees of freedom (2DOF) PID controller and FOPID controller model of TRMS involving horizontal and vertical plane has been obtained for controller design. 2-DOF PID and FOPID controller both have been discussed in this paper. With the Simulation results obtained for vertical and horizontal plane, factional order PID controller has been found to be better than 2-DOF controller. The results of all the simulation work has been performed on the MATLAB/Simulink environment.
机译:类似于直升机的TRMS系统的控制设计是非常复杂的任务。由于它是高度非线性的系统,这使得TRMS系统的控制器设计非常复杂。 TRMS系统连接有两个转子,其中第一个是主转子,另一个是尾转子。这是基于平衡计支撑的光束。已经获得了涉及水平面和垂直平面的TRMS的两自由度(2DOF)PID控制器和FOPID控制器模型。本文讨论了2-DOF PID和FOPID控制器。通过对垂直和水平面的仿真结果,发现派生阶数PID控制器要优于2-DOF控制器。所有仿真工作的结果均已在MATLAB / Simulink环境中执行。

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