k-n Share Generation For Securing Color Images Using Visual Cryptography
Author(s):
Robin Renji Abraham, Jeena P Achenkunju, Aneena Thomas, Gouri R Sekhar, Rincy Roy Oommen
Keywords:
Visual Cryptography, VCS, EVCS, Blowfish, RGB color image, Share Generation, Encryption.
Abstract
Cryptography is a way through which information can be made invisible to the users by encrypting them. The visual cryptography permits user outlined pictures to be divided into multiple range of shares known as clear shares (Transparent Shares). A color image to be protected and a binary image used as key to write and re-write square measure taken as input. After applying the visual cryptographic technique, then solely the pictures square measures to be transmitted; As a result the hacker cannot perceive the distorted image and thus the digital communication become secured. The most notable feature of this approach that it will recover a secret image with none computation. It exploits the human sensory system to browse the key image from few overlapping shares. Thus overcomes the disadvantage of advanced computation needed within the ancient visual cryptography. Mainly this paper describes however color image cryptography and decipherment tired visual cryptography by generating multiple shares. Blowfish algorithmic rule is used for color image cryptography and decipherment in visual cryptography. The planned technique is additionally enforced in Matlab for RGB color pictures.
Article Details
Unique Paper ID: 148085

Publication Volume & Issue: Volume 5, Issue 12

Page(s): 339 - 343
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