One-Class Support Vector Machine for Data Streams

Srinidhi Bhat, Sanjay Singh
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Abstract

In various information systems, application learning algorithms have to act in a dynamic environment where the acquired data is in data streams. In contrast to static data mining, processing streams introduce an array of computational and algorithmic stipulations. With the continuous input of data in data streams, one would like a mechanism that automatically identifies unusual events in the time series. The topic has been in the limelight as it has huge potential for real-time activities. To show the algorithm’s robustness, we have trained the classifier to multiple activities and its success in identifying each activity. The paper explores the possibility of using the One-Class Support Vector Machine (OCSVM) for novelty detection in data streams.
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数据流的一类支持向量机
在各种信息系统中,应用程序学习算法必须在数据流中获取数据的动态环境中工作。与静态数据挖掘相比,处理流引入了一系列计算和算法规定。随着数据流中数据的连续输入,人们希望有一种机制能够自动识别时间序列中的异常事件。这个话题一直备受关注,因为它具有实时活动的巨大潜力。为了显示算法的鲁棒性,我们训练了分类器来识别多个活动,并成功地识别了每个活动。本文探讨了在数据流中使用一类支持向量机(OCSVM)进行新颖性检测的可能性。
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