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Generating linguistic fuzzy rules for pattern classification with genetic algorithms

机译:使用遗传算法生成语言模糊规则以进行模式分类

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this paper presents a new genetic-based approach to automatically extracting classification knowledge from numerical data by means of premise learning.A genetic algorithm is utilized to search for premise structure in combination with parameters of membership functions of input fuzzy set to yield optimal conditions of classification rules.The consequence under a specific condition is determined by choosing from all possible candidates the class which lead to a maximal truth value of the rule.the major advantage of our work is that a parsimonious knowledge base with a low number of classification rules is made possible.the effectiveness of the proposed method kis demonstrated by the simulation results on the Iris data.
机译:本文提出了一种新的基于遗传算法的前提学习自动从数值数据中提取分类知识的方法。利用遗传算法结合输入模糊集隶属函数的参数搜索前提结构,从而得出最优的分类条件。特定条件下的结果是通过从所有可能的候选项中选择导致该规则的最大真值的类别来确定的。我们工作的主要优点是建立了具有少量分类规则的简约知识库虹膜数据的仿真结果证明了所提方法的有效性。

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