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Research and Simulation of Variable Universe Adaptive Fuzzy Control Algorithm in Active Control of Structural Vibration

机译：结构振动主动控制变量宇宙自适应模糊控制算法的研究与仿真

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摘要

In the structural vibration control, the object often has time-varying and non-linear characteristics, and its exact modelis difficult to establish. Due to lack the ability of learning and regulating online, traditional fuzzy control using fuzzy reasoning also hasobvious limitations. Adaptive fuzzy control method based on variable universe has advantages such as no need for exact models, fastresponse, high precision and strong robustness. It can solve the above two problems better. In this paper, the variable universe adaptivefuzzy control algorithm is researched based on the five-story building structure model. Firstly, the corresponding structure design isprovided in details, and then the control law is given. Finally, through comparison and simulation, it is proved that the adaptive fuzzycontrol method based on variable universe is more effective than the traditional fuzzy control algorithm.
机译：在结构振动控制中，物体通常具有时变且非线性特性，并且其精确模型难以建立。由于缺乏学习和调节在线的能力，使用模糊推理的传统模糊控制也占据了众多限制。基于可变宇宙的自适应模糊控制方法具有绝佳模型，Fastresponse，高精度和强大鲁棒性等优点。它可以更好地解决上述两个问题。本文基于五层建筑结构模型研究了可变宇宙适应性控制算法。首先，相应的结构设计详细介绍，然后给出了控制定律。最后，通过比较和仿真，证明了基于变量宇宙的自适应模糊控制方法比传统的模糊控制算法更有效。

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