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FIDs Classifier for Artificial Intelligence and Its Application

机译:人工智能FIDs分类器及其应用

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Fuzzy ID3 (FIDs) is popular and efficient method of making fuzzy decision trees in recent years. This paper presents FIDs algorithm for the precipitations during typhoon periods for a reservoir watershed. The FIDs was constructed as the quantitative precipitation forecast (QPF) model. This study also constructed the traditional C4.5 and the average statistical model (AVS) to compare with the performance by FIDs model. The steps involve collecting typhoon data, preprocessing the typhoon patterns, building QPF models, and training and testing the models. The experiment was in Shihmen Reservoir watershed. The results include the analysis of the 1-, 3-, and 6-hr accumulated rainfalls. The results showed that the superior RMSE and the categorical statistics of BIAS and ETS scores by using FIDs in contrast to those by using traditional C4.5 and AVS. Consequently, the FIDs model demonstrated its feasibility for predict rainfalls.
机译:近年来,模糊ID3(FID)是制作模糊决策树的流行且有效的方法。本文提出了一种FIDs算法,用于水库流域台风期间的降水。 FID被构建为定量降水预报(QPF)模型。本研究还构建了传统的C4.5和平均统计模型(AVS),以与FIDs模型的性能进行比较。这些步骤包括收集台风数据,预处理台风模式,建立QPF模型以及训练和测试模型。实验是在石门水库流域进行的。结果包括对1、3和6小时累积降雨的分析。结果表明,与传统的C4.5和AVS相比,使用FID具有更好的RMSE以及BIAS和ETS分数的分类统计。因此,FIDs模型证明了其用于预测降雨的可行性。

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