Real or Fake Identity Deception of Social Media Accounts using Recurrent Neural Network

B. Borkar, D. R. Patil, Ashok V. Markad, Manish Sharma
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引用次数: 1

Abstract

Identity fraud is a widespread issue across online social networks in recent days. Current research effort is directed to develop technologies to detect identity fraud. The effectiveness of the existing strategies is uncertain. We describe a study of detecting identity fraud by using clustering and classification techniques. We define traditional methodological shortcomings in detection of identity fraud for these methods and suggest ways that can enhance their efficacy in real-world contexts. Initially, we collect data from social media accounts and applied preprocessing and filtration techniques like Natural Language Process (NLP), vectorization, dimensionality reduction, data normalization, etc. Features are extracted, based on the behavioral analysis, and characteristics of each profile. The clustering approaches are used to detect each profile, either real or fake, and similar approach has been carried out for deep learning classification. The Recurrent Neural Network (RNN) has been used to categorize each profile based on module training and testing. In the experimental analysis, we show the system's effectiveness when applied in the real-world social media environment.
基于递归神经网络的社交媒体账户真假身份欺骗
最近几天,身份欺诈在在线社交网络上很普遍。目前的研究工作旨在开发检测身份欺诈的技术。现有战略的有效性是不确定的。我们描述了一项利用聚类和分类技术检测身份欺诈的研究。我们定义了这些方法在检测身份欺诈方面的传统方法缺陷,并提出了在现实世界中提高其有效性的方法。首先,我们从社交媒体账户中收集数据,并应用预处理和过滤技术,如自然语言处理(NLP)、向量化、降维、数据归一化等。基于行为分析和每个剖面的特征提取特征。聚类方法用于检测每个轮廓,无论是真实的还是虚假的,并且类似的方法已经用于深度学习分类。基于模块训练和测试,利用递归神经网络(RNN)对每个轮廓进行分类。在实验分析中,我们展示了该系统在现实社会媒体环境中的有效性。
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