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Neural networks and fuzzy logic in electrical engineering control courses

机译:电气工程控制课程中的神经网络和模糊逻辑

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Control system education must include experimental exercises that complement the theory presented in lectures. These exercises include modelling, analysis and design of a control system. Key concepts and techniques in the area of intelligent systems and control have been discovered and developed over the past few decades. While some of these methods have significant benefits to offer, engineers are often reluctant to utilise new intelligent control techniques, for several reasons. In this paper fuzzy logic controllers have been developed using speed and mechanical power deviations, and a neural network has been designed to tune the gains of the fuzzy logic controllers. Student feedback indicates that theoretical developments in lectures on control systems were only appreciated after the laboratory exercises.
机译:控制系统教育必须包括实验练习,以补充讲座中介绍的理论。这些练习包括控制系统的建模,分析和设计。在过去的几十年中,已经发现并开发了智能系统和控制领域的关键概念和技术。尽管其中一些方法具有明显的好处,但出于多种原因,工程师通常不愿使用新的智能控制技术。在本文中,已经利用速度和机械功率偏差开发了模糊逻辑控制器,并设计了一个神经网络来调整模糊逻辑控制器的增益。学生的反馈表明,只有在实验室练习后,才能对控制系统讲座中的理论发展表示赞赏。

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