A classification of sequential patterns for numerical and time series multiple source data — A preliminary application on extreme weather prediction

Regina Yulia Yasmin, A. E. Sakya, Untung Merdijanto
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引用次数: 3

Abstract

Classification based on sequential patterns has become very important method in data mining. It is useful to make predictions for alert warning system and strategic decision. Moreover the necessity to improve the speed performance of sequential pattern mining also increases. However, previous researches on this area uses categorical data as input. There is necessity to process numerical data and classify sequential patterns found from the data. High accuracy numerical data are difficult to mine. Moreover, numerical data to be mined consist of many observational parameter data. This study proposes framework to overcome the problem. The framework proposes to categorize the data in preprocessing and prepare it to be ready as input for sequential pattern mining and the subsequent classification process. The framework will improve classification speed, scalability and also maintain the classification accuracy.
数值和时间序列多源数据序列模式的分类。在极端天气预报中的初步应用
基于顺序模式的分类已经成为数据挖掘中非常重要的方法。它对预警系统的预测和战略决策具有重要的指导意义。此外,提高顺序模式挖掘的速度性能的必要性也增加了。然而,在这方面的先前研究使用分类数据作为输入。有必要对数字数据进行处理,并对从数据中发现的顺序模式进行分类。高精度的数值数据是难以挖掘的。此外,要挖掘的数值数据由许多观测参数数据组成。本研究提出了克服这一问题的框架。该框架建议在预处理过程中对数据进行分类,并准备好作为顺序模式挖掘和后续分类过程的输入。该框架将提高分类速度、可扩展性和保持分类精度。
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