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An Anomaly Detection Approach Based on Isolation Forest Algorithm for Streaming Data using Sliding Window

机译:一种基于隔离林算法的异常检测方法,用于使用滑动窗口流媒体数据

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Anomalous behavior detection in many applications is becoming more and more important, such as computer security, sensor network and so on. However, the inherent characteristics of streaming data, such as generated quickly, data infinite, tremendous volume and the phenomenon of concept drift, imply that the anomaly detection in the streaming data is a challenge work. In this paper, using the frame of sliding windows and taking into account the concept drift phenomenon, a novel anomaly detection framework is presented and an adapted streaming data anomaly detection algorithm based on the iForest algorithm, namely iForestASD is proposed. The experiment results performed on four real-world datasets derived from the UCI repository demonstrate that the proposed algorithm can effective to detect anomalous instances for the streaming data.
机译:许多应用中的异常行为检测越来越重要,例如计算机安全性,传感器网络等。然而,流数据的固有特征,如快速生成,数据无限,巨大的体积和概念漂移现象,意味着流动数据中的异常检测是挑战工作。在本文中,使用滑动窗框并考虑到概念漂移现象,提出了一种新的异常检测框架以及基于IFOSTAST算法的适应流数据异常检测算法,即IFORESTASD。对从UCI存储库导出的四个实际数据集执行的实验结果表明,所提出的算法可以有效地检测流数据的异常情况。

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