Circular interintra pixels bit-level permutation and chaos-based image encryption
The new image encryption architecture presented in this paper employs a novel circular interintra pixels bit-level permutation strategy. This strategy aims to reduce redundancies implied by the Fridrich's structure. The newly proposed scheme was subject to extensive security analyses, including statistical and differential analysis, and information entropy calculation. These highlight a desirable security level provided by the insurance of the coveted confusion and diffusion factors.
interintra pixels bit-level permutation image encryption chaos-based cryptography security analysis