Prediction of click frauds in mobile advertising

Mayank Taneja, Kavyanshi Garg, Archana Purwar, Samarth Sharma
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引用次数: 28

Abstract

Click fraud represents a serious drain on advertising budgets and can seriously harm the viability of the internet advertising market. This paper proposes a novel framework for prediction of click fraud in mobile advertising which consists of feature selection using Recursive Feature Elimination (RFE) and classification through Hellinger Distance Decision Tree (HDDT).RFE is chosen for the feature selection as it has given better results as compared to wrapper approach when evaluated using different classifiers. HDDT is also selected as classifier to deal with class imbalance issue present in the data set. The efficiency of proposed framework is investigated on the data set provided by Buzzcity and compared with J48, Rep Tree, logitboost, and random forest. Results show that accuracy achieved by proposed framework is 64.07 % which is best as compared to existing methods under study.
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预测移动广告中的点击欺诈行为
点击欺诈严重消耗了广告预算,并可能严重损害互联网广告市场的生存能力。本文提出了一种新的移动广告点击欺诈预测框架,该框架包括使用递归特征消除(RFE)进行特征选择和使用海林格距离决策树(HDDT)进行分类。之所以选择RFE进行特征选择,是因为在使用不同分类器进行评估时,与包装器方法相比,RFE方法给出了更好的结果。为了解决数据集中存在的类不平衡问题,我们还选择了HDDT作为分类器。在Buzzcity提供的数据集上考察了该框架的效率,并与J48、Rep Tree、logitboost和random forest进行了比较。结果表明,该框架的准确率为64.07%,与现有方法相比,准确率最高。
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