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Data mining techniques in detecting and predicting cyber crimes in banking sector

机译:数据挖掘技术,用于检测和预测银行业中的网络犯罪

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Data mining applications are utilized in many banking sectors for client segmentation and productivity, credit scores and authorization, predicting payment default, advertising, detecting fake transactions, etc. This paper presents a general idea about the model of Data Mining techniques and diverse cyber crimes in banking applications. It also provides an inclusive survey of competent and valuable techniques on data mining for cyber crime data analysis. The objective of cyber crime data mining is to recognize patterns in criminal manners in order to predict crime anticipate criminal activity and prevent it. This paper implements a novel data mining techniques like K-Means, Influenced Association Classifier and J48 Prediction tree for investigating the cyber crime data sets and sorts out the accessible problems. The K-Means algorithm is being utilized for unsupervised learning cluster within influenced Association Classification. K-means selects the initial centroids so that the classifier can mine the record and formulate predictions of cyber crimes with J48 algorithm. The collective knowledge of K-Means, Influenced Association Classifier and J48 Prediction tree tends certainly to afford a enhanced, incorporated, and precise result over the cyber crime prediction in the banking sectors. Our law enforcement organizations require to be adequately outfitted to defeat and prevent the cyber crime.
机译:数据挖掘应用程序在许多银行部门中用于客户细分和生产力,信用评分和授权,预测付款拖欠,广告,检测虚假交易等。本文提出了有关数据挖掘技术和各种网络犯罪模型的一般概念。银行应用程序。它还提供了有关网络犯罪数据分析的数据挖掘胜任和有价值技术的全面调查。网络犯罪数据挖掘的目的是以犯罪方式识别模式,以预测犯罪预见并预防犯罪活动。本文采用了一种新颖的数据挖掘技术,例如K-Means,影响关联分类器和J48预测树,以调查网络犯罪数据集并解决可访问的问题。 K-Means算法正用于受影响的关联分类中的无监督学习集群。 K-means选择初始质心,以便分类器可以使用J48算法挖掘记录并制定网络犯罪的预测。与银行领域的网络犯罪预测相比,K均值,受影响协会分类器和J48预测树的集体知识肯定会提供增强,合并和精确的结果。我们的执法组织要求有足够的装备来击败和预防网络犯罪。

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