Function Projective Synchronization of Drive-response Dynamical Networks with Non-delayed and Delayed Coupling
Jiangang Zhang · Journal of Taiyuan University of Technology · 2013
A model of drive-response dynamical network with delayed and non-delayed coupling is constructed,where the drive system is arbitrary chaotic system,the network’s coupling configuration matrices do not require reducibility or symmetry,and chaotic systems of the network node do not need to satisfy Lipschitz condition.In order to realize function projective synchronization of the drive-response dynamical network,two methods,that is,linear feedback control and adaptive control,are used to make the drive system and response network synchronize according to any given function scale in advance;When it is easy to determine the range of linear feedback control coefficient,and its size lies within the afforded scope,the simple linear feedback control is selected,otherwise,the adaptive control is selected.Finally,numerical simulation results verify the feasibility and effectiveness of the two control methods.