2012•Unpublished venueRequires access

Research on colour image encryption efficiency

Peng Jing-yu

Open publisher page 1 citations

Abstract

In order to improve the efficiency of color image encryption, the encryption scheme based on Arnold transformation is analyzed about the encryption effect and encryption efficiency. The shortage of traditional method is pointed out, and the improved encryption scheme is proposed in this paper. The physical locations of pixels are scrambled and mapped to different colour spaces during the encryption process. A kind of inverter conversion algorithm for colour image is put forward in decryption process. Decryption time only depend on the encryption key instead of relying on the conversion cycle. Simulation results show that the algorithm could not only improve encryption efficiency, but also make a very good encryption effect. Furthermore, this algorithm is a simple, feasible colour image encryption method.

About this research paper

What this paper is about

In order to improve the efficiency of color image encryption, the encryption scheme based on Arnold transformation is analyzed about the encryption effect and encryption efficiency. The shortage of traditional method is pointed out, and the improved encryption scheme is proposed in this paper. The physical locations of pixels are scrambled and mapped to different colour spaces during the encryption process. A kind of inverter conversion algorithm for colour image is put forward in decryption process. Decryption time only depend on the encryption key instead of relying on the conversion cycle. Simulation results show that the algorithm could not only improve encryption efficiency, but also make a very good encryption effect. Furthermore, this algorithm is a simple, feasible colour image encryption method.

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Available abstract

In order to improve the efficiency of color image encryption, the encryption scheme based on Arnold transformation is analyzed about the encryption effect and encryption efficiency. The shortage of traditional method is pointed out, and the improved encryption scheme is proposed in this paper. The physical locations of pixels are scrambled and mapped to different colour spaces during the encryption process. A kind of inverter conversion algorithm for colour image is put forward in decryption process. Decryption time only depend on the encryption key instead of relying on the conversion cycle. Simulation results show that the algorithm could not only improve encryption efficiency, but also make a very good encryption effect. Furthermore, this algorithm is a simple, feasible colour image encryption method.

Key concepts: Encryption, Multiple encryption, Probabilistic encryption, 40-bit encryption, Computer science, On-the-fly encryption, 56-bit encryption, Filesystem-level encryption

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