2006•Unpublished venueRequires access

Comparison of Synchronization Phenomena on Asymmetrical Global Coupled Chaotic Systems

Yasuteru Hosokawa, Yoshifumi Nishio

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Abstract

Abstract — In this paper, three kinds of asymmetrical global chaotic coupled systems are investigated. The asymmetries are re-alized by different coupling nodes or different parameters sets. In these systems, an interesting phenomenon about synchronization phenomena is observed. The phenomenon is that a ratio of the synchronization time increases in spite of increasing parameter mismatches in the system. I.

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Abstract — In this paper, three kinds of asymmetrical global chaotic coupled systems are investigated. The asymmetries are re-alized by different coupling nodes or different parameters sets. In these systems, an interesting phenomenon about synchronization phenomena is observed. The phenomenon is that a ratio of the synchronization time increases in spite of increasing parameter mismatches in the system. I.

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Available abstract

Abstract — In this paper, three kinds of asymmetrical global chaotic coupled systems are investigated. The asymmetries are re-alized by different coupling nodes or different parameters sets. In these systems, an interesting phenomenon about synchronization phenomena is observed. The phenomenon is that a ratio of the synchronization time increases in spite of increasing parameter mismatches in the system. I.

Key concepts: Synchronization (alternating current), Chaotic systems, Synchronization of chaos, Phenomenon, Chaotic, Computer science, Coupling (piping), Control theory (sociology)

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