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An active vibration absorber of smart panel by using a decomposed parallel fuzzy control structure

机译:分解并行模糊控制结构的智能面板主动减振器

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摘要

This study proposes novel development of piezoelectric actuators as elements of smart structures. The primary goal of this work is to control actively the vibrations of smart structures by using a decomposed parallel fuzzy control approach. This study attempts to demonstrate the general methodology by decomposing a large-scale system into smaller subsystems in a parallel structure so that the proposed fuzzy control methodology developed here can be applied for studying a complex system. The paper shows a very promising application field, while the results obtained show that the fuzzy approach can be much better than other conventional control methods used till now. Consequently, the creation of new control structures is very important for new application possibilities of fuzzy control because they enable one to minimize the completeness of the problem solved as well as to utilize the capacity of computational technologies in full range.
机译:这项研究提出了压电致动器作为智能结构要素的新发展。这项工作的主要目的是通过使用分解的并行模糊控制方法来主动控制智能结构的振动。本研究试图通过将大型系统分解为并行结构中的较小子系统来演示通用方法,以便将此处提出的模糊控制方法应用于研究复杂系统。本文显示了一个非常有前途的应用领域,而获得的结果表明,模糊方法可以比目前使用的其他常规控制方法好得多。因此,创建新的控制结构对于模糊控制的新应用可能性非常重要,因为它们使人们能够最小化所解决问题的完整性,并充分利用计算技术的能力。

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