2011Computer Engineering and Applications JournalRequires access

Encryption algorithm of input-output feedback based on chaos map

Deng Zicha

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Abstract

A simple and fast encryption algorithm based on Logistic map is designed for the encryption of the information documents.In order to enhance the security of the encryption system and increase the key space,the Logistic map’s iterations are changed by the plaintext and ciphertext through a common feedback,and then the values of system parameters are altered by the iterative feedback.So the plaintext can be encrypted dynamically.The simulation results show that the encryp- tion algorithm can effectively resist the common assault of chaotic systems,like phase diagrams attack,statistical attack,and brute-force attack.

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What this paper is about

A simple and fast encryption algorithm based on Logistic map is designed for the encryption of the information documents.In order to enhance the security of the encryption system and increase the key space,the Logistic map’s iterations are changed by the plaintext and ciphertext through a common feedback,and then the values of system parameters are altered by the iterative feedback.So the plaintext can be encrypted dynamically.The simulation results show that the encryp- tion algorithm can effectively resist the common assault of chaotic systems,like phase diagrams attack,statistical attack,and brute-force attack.

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Available abstract

A simple and fast encryption algorithm based on Logistic map is designed for the encryption of the information documents.In order to enhance the security of the encryption system and increase the key space,the Logistic map’s iterations are changed by the plaintext and ciphertext through a common feedback,and then the values of system parameters are altered by the iterative feedback.So the plaintext can be encrypted dynamically.The simulation results show that the encryp- tion algorithm can effectively resist the common assault of chaotic systems,like phase diagrams attack,statistical attack,and brute-force attack.

Key concepts: Encryption, Key space, Computer science, Watermarking attack, Logistic map, Algorithm, Plaintext, Plaintext-aware encryption

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