自适应模糊推理系统的局部搜索学习算法

Hui Zhang, X. Liu
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引用次数: 3

摘要

本文提出了一种局部搜索学习机制来改进自适应模糊推理系统。自适应模糊推理系统是基于模糊理论、if-then规则和模糊推理的互补技术。该系统的学习或训练能力是由神经网络通过学习机制提供的。本文提出的学习算法是基于局部搜索的。仿真基于著名的麦基-格拉斯时间序列。研究结果表明,局部研究自适应模糊推理系统的学习算法不仅需要较少的内存,而且能够克服梯度下降法的缺点,是一种有效的方法。这证明了局部搜索是一种非常适用于自适应模糊推理系统的学习机制。
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Local search for learning algorithm in adaptive fuzzy inference system
In this paper, a local search for learning mechanism was proposed to improve the adaptive fuzzy inference system. The adaptive fuzzy inference system is a complementary technology based on the concept of fuzzy theory, if-then rules and fuzzy reasoning. The learning or training capability of this system is provided by the neural network through a learning mechanism. The learning algorithm we have proposed in this paper is based on the local search. The simulation is carried out based on the famous Mackey-Glass time series. Our results show that the local research for learning algorithm in adaptive fuzzy inference system is useful and effective because it requires less memory and it is able to overcome the disadvantages of the gradient descent. This demonstrates that the local search is very suitable for learning mechanism in the adaptive fuzzy inference system.
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