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Paths sharing based FP-growth data mining algorithms

机译:基于路径共享的FP增长数据挖掘算法

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摘要

Due to the network alarm data in cloud environment has the characteristics of massive, redundancy, relevance, etc., traditional FP-Growth algorithm has memory and computing time double bottleneck. Therefore, this paper presents an improved FP-Growth algorithm, which based on sharing path. It scans the cube instead of multiple scans of the entire database, adopting structured storage of alarm data model, sharing same path to reduce recursive operations and using MapReduce framework for parallel computing. Experimental results show that the algorithm has high efficiency, good scalability and reliability. It can also identify the relationship of each device when alarm condition occurs, reduce duplication of alarms and provide basis for equipment maintenance and network management.
机译:由于云环境下的网络报警数据具有海量,冗余,相关性等特点,传统的FP-Growth算法具有存储和计算时间双重瓶颈。因此,本文提出了一种基于共享路径的改进FP-Growth算法。它扫描多维数据集而不是对整个数据库进行多次扫描,采用警报数据模型的结构化存储,共享相同路径以减少递归操作,并使用MapReduce框架进行并行计算。实验结果表明,该算法具有较高的效率,良好的可扩展性和可靠性。它还可以在发生警报情况时识别每个设备的关系,减少警报重复,并为设备维护和网络管理提供基础。

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