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Data-Driven and Deep Learning Methodology for Deceptive Advertising and Phone Scams Detection

机译:用于欺骗广告和手机诈骗检测的数据驱动和深度学习方法

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The advance of smartphones and cellular networks boosts the need of mobile advertising and targeted marketing. However, it also triggers the unseen security threats. We found that the phone scams with fake calling numbers of very short lifetime are increasingly popular and have been used to trick the users. The harm is worldwide. On the other hand, deceptive advertising (deceptive ads), the fake ads that tricks users to install unnecessary apps via either alluring or daunting texts and pictures, is an emerging threat that seriously harms the reputation of the advertiser. To counter against these two new threats, the conventional blacklist (or whitelist) approach and the machine learning approach with predefined features have been proven useless. Nevertheless, due to the success of deep learning in developing the highly intelligent program, our system can efficiently and effectively detect phone scams and deceptive ads by taking advantage of our unified framework on deep neural network (DNN) and convolutional neural network (CNN). The proposed system has been deployed for operational use and the experimental results proved the effectiveness of our proposed system. Furthermore, we keep our research results and release experiment material on http://deceptiveads.twman.org and http://phonescams.twman.org if there is any update.
机译:智能手机和蜂窝网络的进步提高了移动广告和有针对性的营销的需求。但是,它也触发了看不见的安全威胁。我们发现,使用假呼叫数量非常短的终身的手机诈骗越来越受欢迎,并且已被用来欺骗用户。伤害是全世界的。另一方面,欺骗性的广告(欺骗性广告),欺骗用户通过诱人或艰巨文本和图片来安装不必要的应用的假广告是一种新兴威胁,严重危害广告商的声誉。为了反击这两个新的威胁,传统的黑名单(或白名单)方法和具有预定义特征的机器学习方法已被证明无用。尽管如此,由于深入学习在开发高度智能计划方面的成功,我们的系统可以通过利用我们在深神经网络(DNN)和卷积神经网络(CNN)上的统一框架来有效和有效地检测电话诈骗和欺骗性广告。该拟议的系统已经部署用于运营使用,实验结果证明了我们所提出的系统的有效性。此外,如果有任何更新,我们会在http://deceptiveads.twman.org和http://phonescams.twman.org上保留我们的研究结果和释放实验材料。

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