2010•Unpublished venueRequires access

The experimental research of chaos-based secure communication based on drive-response synchronization method

Wu Bo, Gao Junshan, Jianliang Zhu

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Abstract

In this paper, we talked about the method of chaotic synchronization. Basing on the drive-respond synchronization method presented by Pecora and Carroll, we realized the chua's chaotic circuit. A theoretical analysis is made for the feasibility of encryption communication by using chaos, and designed experimental circuit of chaos-based secure communication. The experimental results indicated that: when ƒ ≥ 8kHz, the effects of encryption and decryption are good. The research result in this paper laid a theoretical foundation for the further research work.

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What this paper is about

In this paper, we talked about the method of chaotic synchronization. Basing on the drive-respond synchronization method presented by Pecora and Carroll, we realized the chua's chaotic circuit. A theoretical analysis is made for the feasibility of encryption communication by using chaos, and designed experimental circuit of chaos-based secure communication. The experimental results indicated that: when ƒ ≥ 8kHz, the effects of encryption and decryption are good. The research result in this paper laid a theoretical foundation for the further research work.

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Available abstract

In this paper, we talked about the method of chaotic synchronization. Basing on the drive-respond synchronization method presented by Pecora and Carroll, we realized the chua's chaotic circuit. A theoretical analysis is made for the feasibility of encryption communication by using chaos, and designed experimental circuit of chaos-based secure communication. The experimental results indicated that: when ƒ ≥ 8kHz, the effects of encryption and decryption are good. The research result in this paper laid a theoretical foundation for the further research work.

Key concepts: CHAOS (operating system), Synchronization (alternating current), Secure communication, Encryption, Chaotic, Computer science, Chua's circuit, Synchronization of chaos

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