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A Stream Cryptographic Algorithm Based on Chaotic Neural Network

Wei Yu

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Abstract

As we all know, chaotic system is sensitive to initial values and system parameters, so it is suitable for information encryption. In this paper, a stream cryptographic algorithm based on chaotic neural network is proposed, this scheme can improve the complexity and the period of the chaotic system under the finite-precision circumstances. The theoretic and simulation show that the new approach not only owns high complexity, good randomness properties , but also has high security and implemented easily in both software and hardware.

About this research paper

What this paper is about

As we all know, chaotic system is sensitive to initial values and system parameters, so it is suitable for information encryption. In this paper, a stream cryptographic algorithm based on chaotic neural network is proposed, this scheme can improve the complexity and the period of the chaotic system under the finite-precision circumstances. The theoretic and simulation show that the new approach not only owns high complexity, good randomness properties , but also has high security and implemented easily in both software and hardware.

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Key contribution

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Method / approach

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Available abstract

As we all know, chaotic system is sensitive to initial values and system parameters, so it is suitable for information encryption. In this paper, a stream cryptographic algorithm based on chaotic neural network is proposed, this scheme can improve the complexity and the period of the chaotic system under the finite-precision circumstances. The theoretic and simulation show that the new approach not only owns high complexity, good randomness properties , but also has high security and implemented easily in both software and hardware.

Key concepts: Computer science, Randomness, Cryptography, Chaotic, Encryption, Algorithm, Artificial neural network, Neural cryptography

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