Multi‐image encryption algorithm based on image hash, bit‐plane decomposition and dynamic DNA coding

Problems such as large data volumes, slow transmission rates and low security often occur when transmitting multiple digital images over the internet. In order to protect the content security of multiple images and improve the speed of internet transmission, a multi‐image encryption algorithm based...

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Published in:IET image processing Vol. 15; no. 4; pp. 885 - 896
Main Authors: Zhang, Qiuyu, Han, Jitian, Ye, Yutong
Format: Journal Article
Language:English
Published: Wiley 01.03.2021
Subjects:
Computer vision and image processing techniques
Cryptography
Data security
Image and video coding
ISSN:1751-9659, 1751-9667
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Abstract Problems such as large data volumes, slow transmission rates and low security often occur when transmitting multiple digital images over the internet. In order to protect the content security of multiple images and improve the speed of internet transmission, a multi‐image encryption algorithm based on image hash, bit‐plane decomposition and dynamic DNA coding is proposed in this study. First, the proposed algorithm merges several grey images and image hashing algorithm is used to generate the initial key for chaotic mapping. Second, the random sequence generated by the improved three‐dimensional chaotic map is used to decompose the bit plane of the merged image and the bit‐plane matrix is substituted numerically. Finally, the random sequence generated by the four‐dimensional hyperchaotic system is used to perform dynamic DNA coding and calculation on the image and the final multiple ciphertext images are generated by decomposition of the pixel matrix. The experimental results show that the proposed algorithm has large key space, strong key sensitivity, strong security and robustness, and can resist various conventional attacks such as statistical analysis, differential attack, exhaustive attack, cropping and noise attack.
AbstractList Problems such as large data volumes, slow transmission rates and low security often occur when transmitting multiple digital images over the internet. In order to protect the content security of multiple images and improve the speed of internet transmission, a multi‐image encryption algorithm based on image hash, bit‐plane decomposition and dynamic DNA coding is proposed in this study. First, the proposed algorithm merges several grey images and image hashing algorithm is used to generate the initial key for chaotic mapping. Second, the random sequence generated by the improved three‐dimensional chaotic map is used to decompose the bit plane of the merged image and the bit‐plane matrix is substituted numerically. Finally, the random sequence generated by the four‐dimensional hyperchaotic system is used to perform dynamic DNA coding and calculation on the image and the final multiple ciphertext images are generated by decomposition of the pixel matrix. The experimental results show that the proposed algorithm has large key space, strong key sensitivity, strong security and robustness, and can resist various conventional attacks such as statistical analysis, differential attack, exhaustive attack, cropping and noise attack.
Abstract Problems such as large data volumes, slow transmission rates and low security often occur when transmitting multiple digital images over the internet. In order to protect the content security of multiple images and improve the speed of internet transmission, a multi‐image encryption algorithm based on image hash, bit‐plane decomposition and dynamic DNA coding is proposed in this study. First, the proposed algorithm merges several grey images and image hashing algorithm is used to generate the initial key for chaotic mapping. Second, the random sequence generated by the improved three‐dimensional chaotic map is used to decompose the bit plane of the merged image and the bit‐plane matrix is substituted numerically. Finally, the random sequence generated by the four‐dimensional hyperchaotic system is used to perform dynamic DNA coding and calculation on the image and the final multiple ciphertext images are generated by decomposition of the pixel matrix. The experimental results show that the proposed algorithm has large key space, strong key sensitivity, strong security and robustness, and can resist various conventional attacks such as statistical analysis, differential attack, exhaustive attack, cropping and noise attack.
Author Zhang, Qiuyu
Ye, Yutong
Han, Jitian
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Snippet Problems such as large data volumes, slow transmission rates and low security often occur when transmitting multiple digital images over the internet. In order...
Abstract Problems such as large data volumes, slow transmission rates and low security often occur when transmitting multiple digital images over the internet....
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SubjectTerms Computer vision and image processing techniques
Cryptography
Data security
Image and video coding
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