Titlebook: Impulsive Synchronization of Complex Dynamical Networks; Modeling, Control an Ze Tang,Dong Ding,Ju H. Park Book 2022 The Editor(s) (if appl

obtuse

Adaptively Synchronize the Derivative Coupled CDNs with Proportional Delay,e fully discussed in this chapter. The sufficient criteria of the exponential synchronization on complex networks are given based on impulsive control and adaptive pinning control strategies jointly applying the proportional delayed impulsive comparison principle, the extended parameters variation f

Apoptosis

,Distributed Impulsive Quasi-Synchronization of Lur’e DNs with Proportional Delay,neities existed in different Lur’e systems, the investigation on the gloabl quasi-synchronization instead of complete synchronization for the coupled Lur’e networks is given. Comparing to pervious general time delay, as a type of unbounded time-varying delays, the proportional delay largely increase

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Quasi-Synchronization of Parameter Mismatched CDNs with Multiple Impulsive Effects,pling and time-varying delays. Since the mismatched parameters in different systems, the quasi-synchronization issue instead of complete synchronization is investigated based on the application of impulsive control schemes. In view of the concept of average impulsive interval, the extended compariso

indignant

,Cluster Synchronization of Nonlinearly Coupled Lur’e DNs: Impulsive Adaptive Control, with multiple time-varying delays. A novel impulsive pinning control strategy is introduced, which are imposed on the Lur’e systems which have directed connections with any other clusters. Based on the Lyapunov stability theorem, mathematical induction method and the average impulsive interval, the

Decrepit

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牙齒

Ze Tang,Dong Ding,Yan Wang,Zhicheng Ji,Ju H. Park transmit the signal into the cell. G?protein-coupledreceptors occur ubiquitously in eukaryotes and mediate a?multitude of biological functions. The developmentof drugs targeting these receptors to treat diseases rising from a?dysfunction requires the knowledgeof ligand-receptor interaction sites as