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Image compression and encryption algorithm based on advanced encryption standard and hyper-chaotic system

机译:基于高级加密标准和超混沌系统的图像压缩和加密算法

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摘要

An image compression and encryption algorithm by combining the advanced encryption standard (AES) with the hyper-chaotic system is designed, in which Arnold map is employed to eliminate part of the block effect in the image compression process. The original image is compressed with the assistance of a discrete cosine transform and then its transform coefficients are encrypted with the AES algorithm. Besides, the hyper-chaotic system is adopted to introduce the nonlinear process for image encryption. Numerical simulations and theoretical analyses demonstrate that the proposed image compression and encryption algorithm is of high security and good compression performance.
机译:设计了通过将高级加密标准(AES)与超混沌系统组合的图像压缩和加密算法,其中使用Arnold地图来消除图像压缩过程中的块效应的一部分。 在离散余弦变换的帮助下,原始图像被压缩,然后将其变换系数用AES算法加密。 此外,采用超混沌系统来引入图像加密的非线性过程。 数值模拟和理论分析表明,所提出的图像压缩和加密算法具有高安全性和良好的压缩性能。

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