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Predictive Fuzzy Control Application

机译:预测模糊控制应用

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摘要

In this paper a robust predictive fuzzy control (PFC) methods for a nonlinear plant is addressed, proposed and tested. The paper consisting of theoretical and practical parts offers a new approach for intelligent fuzzy robust control design and its successful application. The structure of the fuzzy controller, on-line model identification and optimal performance index are analyzed, described and verified. The proposed PFC is demonstrated on two examples which one is applied to control of the concentration in the chemical reactor by manipulating its flow rate. The obtained simulation results show that the proposed algorithm is applicable for effective control of highly nonlinear processes that operate over a wide range of working space.
机译:本文提出,提出和测试了一种针对非线性工厂的鲁棒预测模糊控制(PFC)方法。本文由理论和实践两部分组成,为智能模糊鲁棒控制设计及其成功应用提供了一种新方法。分析,描述和验证了模糊控制器的结构,在线模型辨识和最佳性能指标。所提出的PFC在两个示例中得到了证明,其中一个通过控制其流速用于控制化学反应器中的浓度。仿真结果表明,该算法适用于在较大工作空间范围内对高度非线性过程进行有效控制。

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