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Structural controllability of complex dynamical networks with nodes being multidimensional dynamics

机译:节点为多维动力学的复杂动力学网络的结构可控性

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In a complex dynamical network, one node often has multidimensional dynamics. In this paper, the structural controllability of complex dynamical networks with multidimensional node dynamics is studied. Using the Maximum Matching principle, the node states supposed to be controlled are selected. The number of driver nodes reaches its minimum value. Considering whether the states of driver nodes are fully or partially controlled, we discuss the structural controllability with fewest driver states and deduce rigorous criteria respectively. Some simulations are given to verify the effectiveness of the proposed schemes.
机译:在复杂的动力学网络中,一个节点通常具有多维动力学。本文研究了具有多维节点动力学的复杂动力学网络的结构可控性。使用最大匹配原理,选择应该控制的节点状态。驱动程序节点的数量达到其最小值。考虑到驱动程序节点的状态是完全控制还是部分控制,我们讨论了驱动程序状态最少的结构可控性,并得出了严格的标准。进行了一些仿真,以验证所提出方案的有效性。

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