Recaptured Image Detection Based on Texture Features

Xiaobo Zhai, R. Ni, Yao Zhao
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引用次数: 12

Abstract

With the development of digital image processing technology, image capture and image tampering are easy to obtain with the help of portable devices and software tools. Subsequently, digital image forensics has become increasingly important, in which recaptured image detection is one branch. In this paper, a set of features based on image texture are used to identify the recaptured images. Because the recapture process generally accompanies with some image quality losses, which can be reflected from the texture features, we study the effectiveness of LBPV and the proposed Relative-Contrast. Then, these two kinds of features are combined to make a distinction between real-scene images and the corresponding recaptured ones. With a support vector machine classifier, the experimental results show that the proposed features perform well.
基于纹理特征的重捕获图像检测
随着数字图像处理技术的发展,在便携式设备和软件工具的帮助下,图像捕获和图像篡改很容易实现。因此,数字图像取证变得越来越重要,而图像检测是其中的一个分支。本文采用一组基于图像纹理的特征来识别再现图像。由于再捕获过程通常伴随着一些图像质量损失,这些损失可以从纹理特征中反映出来,因此我们研究了LBPV和所提出的相对对比度的有效性。然后,将这两种特征结合起来,对真实场景图像和相应的再现图像进行区分。在支持向量机分类器上,实验结果表明所提出的特征表现良好。
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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