【摘 要】
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Since the seminal work of Pecora and Carroll [1] on the synchronization of chaotic systems, synchronization phenomenon has formed a new body of research act
【机 构】
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CollegeofNavalArchitectureandPowerNavalUniversityofEngineeringWuhan,Hubei,430033,China
【出 处】
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The Third International Conference on Dynamics,Vibration and
论文部分内容阅读
Since the seminal work of Pecora and Carroll [1] on the synchronization of chaotic systems, synchronization phenomenon has formed a new body of research activities and various synchronization schemes, such as adaptive control [2], backstepping design [3], active control [4,5] and nonlinear control [6,7], have been successfully applied to chaos synchronization.Generalized projective synchronization (GPS) is characterized by a scaling factor that defines a proportional relation between the synchronized systems.The performance of projective synchronization can be selected and manipulated by controlling the scaling factor [8,9].where the drive and response systems could be synchronized up to a scaling factor a.It suggests that one can achieve control of this synchronization in general classes of chaotic systems including non-partially-linear systems.Projective synchronization is interesting because of its association with projective synchronization and generalized one.Guo-Hui Li[9] studied modified projective synchronization (MPS), where the responses of the synchronized dynamical states synchronize up to a constant scaling matrix.
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