Image Forgery Localization and Detection using Multiple Deep Learning Algorithm with ELA

Anshul Kumar Singh, C. Sharma, Brajesh Kumar Singh
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Abstract

In today’s technical world, social media may help an individual grow significantly. On the other side, we must not overlook the reality that it is also a large platform for criticism. With recent advancements, approaches for creating and manipulating multimedia information may now deliver a highly sophisticated level of realism. There has been a blurring of the line between real media and fake media in recent years. Creative arts, film production, advertising, and video gaming are among the industries that could benefit from this technology. However, it poses significant security risks. Software tools freely accessible on the internet enable anybody, with no particular abilities, to generate extremely convincing phony images and films. A dataset composed of real photographs and false images is used in this article to identify images of modifications using Deep Learning algorithms with Error Level Analysis on each image. Our experiment yielded the accuracies of 93.5%, 89.1 and 92.4% in ResNet50, Vgg16 and CNN respectively for 50 epochs.
基于ELA的多重深度学习图像伪造定位与检测
在当今的技术世界里,社交媒体可能会帮助个人显著成长。另一方面,我们不能忽视这一现实,即它也是一个批评的大平台。随着最近的进步,创建和操作多媒体信息的方法现在可以提供高度复杂的现实主义水平。近年来,真媒体和假媒体之间的界限越来越模糊。创意艺术、电影制作、广告和视频游戏等行业都可以从这项技术中受益。然而,它带来了重大的安全风险。在互联网上可以免费获取的软件工具使任何人,即使没有特殊能力,也能生成极具说服力的虚假图像和电影。本文使用真实照片和虚假图像组成的数据集,使用深度学习算法对每张图像进行误差水平分析,以识别修改后的图像。我们的实验在ResNet50、Vgg16和CNN上得到了50个epoch的准确率分别为93.5%、89.1和92.4%。
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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