Mobile network risk user recognition based on ensemble learning

Kaili Wu, Xueqi Xu, Zhouxiang Wang
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Abstract

With the rapid development of mobile network, there are also some hidden dangers of network security. In order to study the problem of risk user identification in mobile network, based on user desensitization data provided by China Unicom, this paper establishes a risk user identification model using four ensemble learning methods: random forest, Adaboost, Xgboost and Lightgbm, and compares the effect of the model with the accuracy, AUC and F1 scores as evaluation indicators. The results show that the ensemble learning method can effectively identify mobile network risk users. Adaboost, Xgboost and Lightgbm based on boosting algorithm have higher accuracy and stronger generalization ability than random forest based on bagging algorithm. Therefore, mobile network companies can prevent the risk of mobile network by establishing relevant ensemble learning model, and then provide a healthy mobile network environment for the public.
基于集成学习的移动网络风险用户识别
随着移动网络的快速发展,也存在着一些网络安全隐患。为了研究移动网络中的风险用户识别问题,本文基于中国联通提供的用户脱敏数据,采用随机森林、Adaboost、Xgboost和Lightgbm四种集成学习方法建立了风险用户识别模型,并以准确率、AUC和F1分数作为评价指标,比较了模型的效果。结果表明,集成学习方法可以有效地识别移动网络风险用户。基于boost算法的Adaboost、Xgboost和Lightgbm比基于bagging算法的随机森林具有更高的精度和更强的泛化能力。因此,移动网络公司可以通过建立相关的集成学习模型来防范移动网络风险,进而为公众提供健康的移动网络环境。
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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