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Design and application of self-regulating fuzzy controller based on qualitative and quantitative variables

机译:基于定性和定量变量的自调节模糊控制器的设计与应用

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Qualitative and quantitative variables were presented, which were composed of system errors and error changes. These variables were used as weighting factors in fuzzy algorithm because they expressed the dynamic property of controlled systems. In the different stages of control process, different variables were used as weighting factors in order to obtain the best control result. This type of self-regulating fuzzy algorithm was employed to control the air-condition system. The practiced results show that, compared with the normal fuzzy controller, this kind of self-regulating fuzzy controller has shorter response time and less stable error. At the same time, it has better quality of self-adaptation if the parameters of controlled objects are changed.
机译:提出了定性和定量变量,由系统误差和错误变化组成。这些变量用作模糊算法中的加权因子,因为它们表达了受控系统的动态特性。在不同的控制过程的不同阶段中,使用不同的变量作为加权因子,以获得最佳控制结果。这种自调节模糊算法用于控制空调系统。实践结果表明,与正常模糊控制器相比,这种自调节模糊控制器具有较短的响应时间和稳定性误差。同时,如果受控对象的参数改变,它具有更好的自适应质量。

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