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A New Meterage-Data Mining Algorithm Based On Fuzzy Neural Network and Genetic Algorithm

机译:一种基于模糊神经网络和遗传算法的新计数据挖掘算法

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Data Mining is a new direction for meterage data processing recently, which discoveries information from the large-scale meterage databases. The paper discusses the application of Extended TS Fuzzy Neural Network (FNN) and Genetic Algorithm (GA) in data mining. The Extended TS FNN is proposed by Takagi and Sugeno, which can be expressed with if XeRj, then y=gj(X), where Rj is expressed by a neural network, gj(X) is the output of the neural network. GA is proposed by Holland, which is a general and effective method to optimize problems. We proposes a new algorithm in this paper, which combines fuzzy neural network and genetic algorithm to process information. In the algorithm, the GA is used to clusterthe input data( divide the space of input data). The system utilizes clustering data to adoptively construct and optimize FNN model. And at last, TS model (which is combined with n FNN) is used to forecasted the system's output by Y1 // .g . ,where j /lj is calculated with TS model. The TS model's output is gained with the information of clustering result by genetic algorithm. The combination of GA and Extended TS Fuzzy improves the effectiveness of the system: (1) higher precision, (2) able to process fuzzy information, (3) suitable to handle large-scale data, (4) owning good adaptability. The paper gives the instance of the algorithm, which validates the conclusion of the paper.
机译:数据挖掘是最近的数据处理的新方向,从而发现来自大规模数据库的信息。本文讨论了扩展TS模糊神经网络(FNN)和遗传算法(GA)在数据挖掘中的应用。 TAKAGI和Sugeno提出了扩展TS FNN,其可以用IF XERJ,然后Y = GJ(x)表示,其中RJ由神经网络表示,GJ(x)是神经网络的输出。 GA由荷兰提出,这是一种优化问题的一般有效的方法。我们在本文中提出了一种新的算法,它将模糊神经网络和遗传算法结合到处理信息。在算法中,GA用于聚类输入数据(划分输入数据的空间)。该系统利用聚类数据用来用来用来用作养建和优化FNN模型。最后,使用TS模型(与N FNN组合)用于预测系统的输出y1 // .g。 ,其中J / LJ用TS模型计算。 TS模型的输出随着遗传算法的聚类结果的信息获得。 GA和扩展TS模糊的组合提高了系统的有效性:(1)更高的精度,(2)能够处理模糊信息,(3)适合处理大规模数据,(4)拥有良好的适应性。本文给出了算法的实例,验证了纸张的结论。

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