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Controllable Graphs with Small Sums of Diameters and Maximum Vertex Degrees

机译:小直径和和最大顶点度的可控制图

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A novel graph structure modeling a linear time invariant system following the Laplacian dynamics is proposed. This structure is based on the combination of two graphs and each of them has exactly two vertices with the same degree. It is shown that if the difference of vertex numbers of the two graphs is at most one then the combined graph is controllable by a single controller. A sufficient condition concerning the vertex selection for receiving control signals to guarantee the controllability of the combined graph is also proposed. This structure features a small sum of the maximum vertex degree and the diameter compared to some well-known controllable graphs. Numerical examples are provided to illustrate our work.
机译:提出了一种新颖的图结构,其遵循拉普拉斯动力学对线性时不变系统进行建模。这种结构是基于两个图的组合,并且每个图都有恰好两个具有相同度数的顶点。结果表明,如果两个图的顶点数之差最大为1,则组合图可由单个控制器控制。还提出了关于顶点选择的充分条件,以接收控制信号以保证组合图的可控制性。与某些众所周知的可控图形相比,此结构的最大顶点度和直径之和很小。提供了数值示例来说明我们的工作。

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