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The analysis of inverted pendulum control and its other applications

机译:倒立摆控制及其应用的分析

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In this paper I am discussing the modeling and simulation study of basically two control strategies of an inverted pendulum system are presented. The inverted pendulum represents a challenging control problem, which continually moves toward an uncontrolled state. Certain modern techniques are now available because of the development of artificial intelligence and soft computing methods. Fuzzy control based learning makes the system more reliable and taking the advantage of precise control at different levels of existence as fuzzy is applicable to non value zero to full value as one, rest of the interim values are also considered [3]. ANFIS is one of an example of fused neuro fuzzy system in which the fuzzy system is incorporated in such a framework which is adaptive in nature [7]. The fuzzy controllers are used to sort out the problem of inverted pendulum [5].
机译:本文主要讨论了倒立摆系统的两种控制策略的建模和仿真研究。倒立摆代表了一个具有挑战性的控制问题,不断向着不受控制的状态发展。由于人工智能和软计算方法的发展,现在可以使用某些现代技术。基于模糊控制的学习使系统更可靠,并利用了在不同的存在水平上进行精确控制的优势,因为模糊适用于从零到零的非值作为一个值,其余中间值也被考虑[3]。 ANFIS是融合神经模糊系统的一个示例,其中模糊系统被并入了这种本质上自适应的框架中[7]。模糊控制器用于分类倒立摆[5]。

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