Studies on Anomaly Detection Techniques

Meka Hari Krishna, N. K, Garugu Charmitha, T. Vignesh, V. Ch, Swarna Kuchibhotla
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Abstract

Anomaly detection is well known as outlier detection, which issued to find things or objects that are deviated from the normal pattern orgeneral distribution of the dataset, anomaly detection can be detectedin credit card faults, intrusion network detection. And it helps to find the rare patterns, Decision trees are the foundation for isolation Forest (IF), which are constructed similarly to Random Forests. It is also an unsupervised model because there are no predefined labels in this instance An ensemble of binary decision trees is what isolationforests outlier detection is known as Isolation Tree, each tree in an isolation Forest (isolation Tree). The idea of Isolation Forests is that anomalies are data points that are rare a different. Isolation Forestalgorithm that isolates outliers in the data and finds anomalies this paper deals with the particular to find the dataset. One crucial use for anomaly identification is the detection of credit card fraud. Billion-dollar losses result from a sharp growth in digital frauds, thus numerous approaches for fraud detection have been developed and are being used in a variety of commercial industries The successof anomaly detection depends on choosing the right features, as irrelevant features can produce false results. In anomaly detection certain groups maybe unfairly targeted by algorithms for detecting abnormalities which leading to possible harm.
异常检测技术研究
异常检测俗称离群点检测,它发出的是寻找偏离数据集正常模式或一般分布的事物或对象,异常检测可以检测到信用卡故障、入侵网络检测等。决策树是隔离森林(IF)的基础,它的构造类似于随机森林。它也是一个无监督模型,因为在这种情况下没有预定义的标签。二叉决策树的集合是隔离森林离群点检测称为隔离树,每个树在一个隔离森林(隔离树)。隔离森林的理念是,异常是一种罕见的数据点。隔离森林算法是一种分离数据中的异常点并发现异常的算法,本文讨论的是寻找数据集的特殊方法。异常识别的一个关键用途是检测信用卡欺诈。数字欺诈的急剧增长造成了数十亿美元的损失,因此已经开发了许多欺诈检测方法,并正在各种商业行业中使用。异常检测的成功取决于选择正确的特征,因为不相关的特征可能会产生错误的结果。在异常检测中,某些群体可能会被异常检测算法不公平地定位,从而导致潜在的危害。
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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