Image Forensic Tool (IFT)

Author:

Pawar Digambar1,Gajpal Mayank1

Affiliation:

1. University of Hyderabad, India

Abstract

Images now-a-days are often used as an authenticated proof for any cyber-crime. Images that do not remain genuine can mislead the court of law. The fast and dynamically growing technology doubts the trust in the integrity of images. Tampering mostly refers to adding or removing important features from an image without leaving any obvious trace. In earlier days, digital signatures were used to preserve the integrity, but now a days various tools are available to tamper digital signatures as well. Even in various state-of-the-art works in tamper detection, there are various restrictions in the type of inputs and the type of tampering detection. In this paper, the researchers propose a prototype model in the form of a tool that will retrieve all the image files from given digital evidence and detect tampering in the images. For various types of tampering, different tampering detection algorithms have been used. The proposed prototype will detect if tampering has been done or not and will classify the image files into groups based on the type of tampering.

Publisher

IGI Global

Subject

Software

Reference34 articles.

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4. Chen, Yu, Su, Shim, & Shi. (2018). Fractional Quaternion Zernike Moments for Robust Color Image Copy-Move Forgery Detection. IEEE, 6, 11277-11292.

5. Digambar, P. (2015). A Novel Digital Forensic Framework for Cloud Computing Environment. Birla Institute of Technology and Science. https://shodhganga.inflibnet.ac.in/handle/10603/125383

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