Weather Forecasting in Bandung Regency based on FP-Growth Algorithm

F. Khasanah, F. Nhita
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引用次数: 4

Abstract

Weather change is one of the things that can affect people around the world in doing activities, including in Indonesia. The area of Indonesia, especially in Bandung regency has a high intensity of rainfall, compared with other regions. The people of Bandung Regency mostly have livelihoods in the fields of industry and agriculture, both of which are closely related to the effects of weather. Weather prediction is used for reference, so the future of society can prepare all possible weather before the move. One method of data mining used to predict weather is the association rule method. In this method there is Frequent Pattern Growth (FP-Growth) algorithm, this algorithm is used to determine the pattern of linkage between attribute weather with rainfall. The result of the FP-Growth algorithm is an association rule, the result of the algorithm rules is then used as reference for data entry in the classification process, where the process is done to get the forecast based on the rainfall category to obtain maximum accuracy. The highest performance result of FP-Growth from the result of rules based on its confidence value is 92%.
基于FP-Growth算法的万隆县天气预报
天气变化是影响世界各地人们活动的因素之一,包括在印度尼西亚。与其他地区相比,印度尼西亚地区,特别是万隆摄政地区的降雨强度很高。万隆摄政的人民大多以工业和农业为生计,这两者都与天气的影响密切相关。天气预报是用来做参考的,所以未来的社会可以在行动前准备好所有可能的天气。用于预测天气的一种数据挖掘方法是关联规则方法。在该方法中引入了频繁模式增长算法(FP-Growth),该算法用于确定属性天气与降雨之间的关联模式。FP-Growth算法的结果是一个关联规则,然后将算法规则的结果作为分类过程中数据输入的参考,在分类过程中根据降雨类别获得预报,以获得最大的精度。从基于其置信度的规则结果来看,FP-Growth的最高绩效结果为92%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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