Detecting Deepfakes With ResNext and LSTM: An Enhanced Feature Extraction and Classification Framework

Rusheek Taviti, Satvik Taviti, Pagala Ajay Reddy, Nandivada Ravi Sankar, Thavisala Veneela, Panagatla Baltej Goud
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Abstract

With the growing availability of advanced editing tools and machine learning algorithms, it has become easier to create realistic and compelling deepfake videos, which are altered media content that is deliberately intended to deceive viewers. Deepfakes can have severe societal consequences, ranging from political propaganda to financial fraud, and they offer significant challenges for content authentication and fact-checking. This paper proposes an AI based technique which uses ResNext CNN and in combination with LSTM classifier to authenticate a video based on various visual features. The accuracy of this model is calculated at various sequence lengths for different datasets, and it is observed that the accuracy of this model rose with sequence length when testing it on various sequence lengths, and it almost begins to stabilize from the sequence length of 60.
利用ResNext和LSTM检测深度伪造:一种增强的特征提取和分类框架
随着先进编辑工具和机器学习算法的日益普及,制作逼真且引人注目的深度假视频变得更加容易。深度假视频是经过修改的媒体内容,故意欺骗观众。深度造假可能产生严重的社会后果,从政治宣传到金融欺诈,它们为内容认证和事实核查带来了重大挑战。本文提出了一种基于AI的技术,该技术使用ResNext CNN并结合LSTM分类器对基于各种视觉特征的视频进行认证。对不同的数据集在不同的序列长度下计算了该模型的精度,在不同的序列长度上进行测试,发现该模型的精度随着序列长度的增加而上升,从序列长度为60开始,该模型几乎开始趋于稳定。
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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