Medical Images Compression and Encryption using DCT, Arithmetic Encoding and Chaos-Based Encryption

Tiffany Maliati Khumairoh Afandi, D. H. Fandiantoro, Endroyono, I. Purnama
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引用次数: 5

Abstract

With the need for incognito and security for the medical image transmission and to reduce the size of the file, the authors proposed chaotic sequence-based encryption combined with the arithmetic encoding and discrete cosine transform (DCT) for the compression. First, the image is compressed by using DCT. Then, the image is compressed again with the arithmetic encoding technique. After that, the result of the compression is encrypted by using two chaotic sequence functions to shuffle and scramble the file. The compression ratio of the proposed technique is 0.748 and a PSNR of 41.70 dB.
基于DCT、算术编码和混沌加密的医学图像压缩与加密
针对医学图像传输的隐秘性和安全性要求以及减小文件大小的要求,提出了基于混沌序列的加密算法,并结合算术编码和离散余弦变换(DCT)进行压缩。首先,利用DCT对图像进行压缩。然后,利用算术编码技术对图像进行再次压缩。之后,通过使用两个混沌序列函数对文件进行洗牌和打乱,对压缩结果进行加密。该技术的压缩比为0.748,PSNR为41.70 dB。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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