采用强化学习的方法,通过模仿已调优的PID控制器来实现模糊控制器

S. Tiacharoen
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引用次数: 0

摘要

本文介绍了如何设计一种控制发动机转速的模糊控制器。模糊控制器被设计成模仿PID控制器的效果,其中PID控制器使用强化学习进行调整。比较了用控制系统调谐的控制器和用强化学习调谐的控制器的性能。控制系统的PID整定对于基于模型的系统是快速有效的,而强化学习整定则适用于高度非线性的系统。实验结果是使用强化学习代理计算PID的增益,然后生成在调谐PID中学习到的模糊逻辑。对于非线性系统的控制,模糊控制具有易于调整的特点。比较了用ANFIS和模式搜索对模糊推理系统的整定。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implement the Fuzzy Controller by Imitating the Tuned PID Controller Using Reinforcement Learning
This article presents how to design a fuzzy controller for controlling engine speed. The fuzzy controller is designed to mimic the effect of the PID controller, where the PID controller is adjusted using reinforcement learning. Controller performance is compared between a controller tuned with control system tuning and one tuned using reinforcement learning. While PID tuning with the control system is fast and effective for model-based systems, reinforcement learning tuning is suitable for highly nonlinear systems. The result of the experiment is to use the reinforcement learning agent to calculate the gain of PID, after which the fuzzy logic learned in tuned PID is generated. Fuzzy logic control is easy to adjust for nonlinear systems control. Fuzzy inference system tuning both using ANFIS and pattern search are compared.
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