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A complex control system based on the fuzzy PID control and state predictor feedback control

机译:基于模糊PID控制和状态预测器反馈控制的复杂控制系统

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摘要

A multi-mode adaptive controller was proposed. The controller features in the combination of Bang-bang and Fuzzy PID controls with state predictor. When large error exists, the controller operates in Bang-bang mode, otherwise it works as a fuzzy PID controller. For only few parameters to be adjusted, the real time controlled system achieveed good stability and fast response. Furthermore, the introduction of state observer was also discussed to extend the capability of the proposed controller to the plant with time-delay factors. The classical PID controller and the multi-mode controller were applied to the same second-order system successively. By comparison of the simulation results, the effectiveness of the controller were shown. At last, on electric-wire production line, this approach was practiced to control electric-wire diameter with an additive random disturbance signal. The test result further proved the effectiveness of the multi-mode controller.
机译:提出了一种多模式自适应控制器。该控制器将Bang-bang和Fuzzy PID控制与状态预测器相结合。当存在较大误差时,控制器将在Bang-bang模式下运行,否则它将作为模糊PID控制器运行。仅需调整几个参数,实时控制系统就具有良好的稳定性和快速响应。此外,还讨论了状态观察器的引入,以将所提出的控制器的功能扩展到具有时延因素的工厂。经典的PID控制器和多模式控制器相继应用于相同的二阶系统。通过比较仿真结果,显示了控制器的有效性。最后,在电线生产线上,采用了这种方法来通过附加的随机干扰信号来控制电线直径。测试结果进一步证明了多模式控制器的有效性。

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