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Synchronization Control of Chaos in Complex Motor Networks with Small-world Topology Based on Dynamic Relaying
LIU Lihua, WEI Duqu, ZHANG Bo
CHINESE JOURNAL OF COMPUTATIONAL PHYSICS
2018, 35 (6):
750-756.
DOI: 10.19596/j.cnki.1001-246x.7753
Synchronization of chaos in bidirectional complex motor network with small-world topology is realized by introducing dynamic relaying. Firstly, mismatched relay nodes are added to complex motor network, which reduces coupling threshold for synchronization of whole complex motor network and improves ability of synchronization about overall network. Then, mechanism of dynamic relaying acting on synchronization of complex motor network is analyzed. Finally, numerical simulations are implemented to show effectiveness of the method.
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