An Approach to Detect Image Forgery by Discrete Wavelet Decomposition

An Approach to Detect Image Forgery by Discrete Wavelet Decomposition

 Image forgery or manipulation by using the multimedia technology is becoming a challenging issue. The most common type of image forgery is copy-move forgery where some part of one image is copied and spliced in the other image. In this article, first the images in RGB color space is converted into...

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Veröffentlicht in:Journal of the Institute of Engineering 2019-07, Vol.15 (2), p.79-86
1. Verfasser: Pant, Dibakar Raj
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description  Image forgery or manipulation by using the multimedia technology is becoming a challenging issue. The most common type of image forgery is copy-move forgery where some part of one image is copied and spliced in the other image. In this article, first the images in RGB color space is converted into YCbCr color space and the four-level discrete wavelet transform (DWT) is implemented to detect image forgery. The output of the DWT is further processed by using the image gradient technique for the edge detection of spliced objects. Morphological operation and Wiener filtering are applied for locating the tempered region in the forged image. Sensitivity, specificity and accuracy calculated for spliced images of CASIA datasets are obtained 89%, 86% and 88% respectively.  
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