A Novel RGB color plane chaotic scrambling-based image encryption algorithm
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Keywords:
Image Encryption, Chaos Theory, Random Number, Color Plane Scrambling, Chebyshev Chaotic MapAbstract
The 20th century ushered in the digital age, driven by the development and widespread adoption
of information systems. While this digital landscape offers numerous advantages in communication,
information access, and sharing, it has also brought significant concerns regarding the security of digital
data. Encryption stands as the sole defense against unauthorized access to this data, using various
mathematical operations to render it unreadable to unauthorized individuals. However, unlike text data,
image data presents a unique challenge due to the high correlation between pixels. This necessitates the use
of specialized algorithms distinct from standard encryption methods. The two fundamental stages of image
encryption, mixing and diffusion, have been subject to diverse approaches, each with its inherent strengths
and weaknesses. This study proposes a novel approach that merges the mixing and spreading steps of image
encryption algorithms. The proposed method leverages a non-linear chaotic random number generator to
mix the RGB color channels within the image. By combining the spreading phase with the mixing phase,
we achieve a reduction in time complexity. The successful application of the proposed approach is
demonstrated through the presented results.
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