Adaptive Quantized Synchronization of Fractional-Order Output-Coupling Multiplex Networks

This paper is devoted to investigating the synchronization of fractional-order output-coupling multiplex networks (FOOCMNs). Firstly, a type of fractional-order multiplex network is introduced, where the intra-layer coupling and the inter-layer coupling are described separately, and nodes communicate with each other by their outputs, which is more realistic when the node states are unmeasured. By using the Lyapunov method and the fractional differential inequality, sufficient conditions are provided for achieving asymptotic synchronization based on the designed adaptive control, where the synchronized state of each layer is different. Furthermore, a quantized adaptive controller is developed to realize the synchronization of FOOCMNs, which effectively reduces signal transmission frequency and improves the effective utilization rate of network resources. Two numerical examples are given at last to support the theoretical analysis.

Automated summary

This paper investigates the synchronization of fractional-order output-coupling multiplex networks (FOOCMNs). A type of fractional-order multiplex network is introduced, where the intra-layer and inter-layer couplings are described separately, and nodes communicate via their outputs. Sufficient conditions for achieving asymptotic synchronization are provided based on designed adaptive control, and a quantized adaptive controller is developed to improve the effective utilization rate of network resources.