Modified CNN model-based Forgery Detection applied to Multiple-Resolution Tampered Images

T. Le-Tien, Duy Ho-Van, Nhu Pham-Ng-Quynh, Hanh Phan-Xuan, Tuan Nguyen-Thanh
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引用次数: 1

Abstract

The crucial problem of forensic techniquesis is how to detect/recognize tampered images through public media platforms under the attactks of subjective modifications. Because of many accessible photoshop programs, an image/video such as in Facebook, Instagram, Reddit Twitter, etc. can be easily tampered to falsify the information within the image. Accoding to the requirement of an efficient method for detecting fake images, we have developed modifed CNN models which are combined with the super-resolution approach to solve this issue. In the paper, we present an appropriate method using CNN models to detect tampered images with the increase in resolutions of the tampered areas, the proposed model can detect and point out the areas that have been tampered. The ResNet50 and mUNet modified models are used for classification and segmentation respectively. With the developed models, the results were given with an accuracy of at least 90% on the evaluation sets.
基于改进CNN模型的多分辨率篡改图像伪造检测
如何在主观修改攻击下通过公共媒体平台检测/识别篡改图像是取证技术的关键问题。由于许多可访问的photoshop程序,在Facebook, Instagram, Reddit Twitter等图像/视频可以很容易地篡改,以伪造图像内的信息。根据一种有效检测假图像的方法的要求,我们开发了与超分辨率方法相结合的改进CNN模型来解决这一问题。在本文中,我们提出了一种利用CNN模型检测篡改图像的合适方法,随着篡改区域分辨率的增加,所提出的模型可以检测并指出被篡改的区域。分别使用ResNet50和mUNet修正模型进行分类和分割。利用所建立的模型,在评价集上给出的结果精度至少为90%。
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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