Modelo de encriptación de imágenes utilizando atractores caóticos y principios de computación cuántica

Abstract

This project presents a digital image encryption system based on chaotic attractors and quantum computing principles. This system is based on recent work that leverages these concepts. The general encryption process begins with a digital image, which undergoes two transformation processes. The first involves image plane diffusion, transforming the overall structure and organization of the pixels. This is followed by plane confusion, which modifies the pixel ranges and values ​​using strings generated from chaotic systems, thereby obtaining the encrypted image. To validate the proposed algorithm, some of the most recognized and widely used performance metrics were applied in similar papers, such as the NPCR and UACI indices, key space and histogram analysis, and so on. This was done with the aim of obtaining indicators comparable to those reported in current literature, which is then compared and analyzed.