2011•Journal of Wenzhou UniversityRequires access

Synchronization of Certain Complex Network with Different Structures and Different Orders

Huaping Wang

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Abstract

This paper aimed at chaos synchronization of a complex network with different structures and different orders.Firstly,problem of the chaos synchronization was translated into problem of chaos synchronization of a complex network with different structures and identical orders by subtract-order method.Secondly,based on the Lyapunov stability theory,the coupling function for the synchronization of connected nodes of the complex network was identified.Numerical simulation results indicated that the theoretical analysis is feasible and effectual.

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What this paper is about

This paper aimed at chaos synchronization of a complex network with different structures and different orders.Firstly,problem of the chaos synchronization was translated into problem of chaos synchronization of a complex network with different structures and identical orders by subtract-order method.Secondly,based on the Lyapunov stability theory,the coupling function for the synchronization of connected nodes of the complex network was identified.Numerical simulation results indicated that the theoretical analysis is feasible and effectual.

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Available abstract

This paper aimed at chaos synchronization of a complex network with different structures and different orders.Firstly,problem of the chaos synchronization was translated into problem of chaos synchronization of a complex network with different structures and identical orders by subtract-order method.Secondly,based on the Lyapunov stability theory,the coupling function for the synchronization of connected nodes of the complex network was identified.Numerical simulation results indicated that the theoretical analysis is feasible and effectual.

Key concepts: Synchronization (alternating current), Complex network, Synchronization of chaos, CHAOS (operating system), Stability (learning theory), Synchronization networks, Computer science, Lyapunov stability

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