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Research on invulnerability of the random scale-free network against cascading failure

机译:随机无标度网络抗级联失效的研究

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The effect of structure parameters of random scale-free network on the network invulnerability for cascading failure is investigated by establishing a cascading failure model of random scale-free network based on node degree and analyzing the effect of node capacity on the cascading failure. The node capacity threshold is thus obtained. Furthermore, the relationship between the threshold of node capacity and the structure parameters of the network (the number of added edges per time slot and the power exponent) is established. The experimental results show that the structure parameters of the network are positively correlated with the network invulnerability for cascading failure. The more the number of added edges at a time and higher the power exponent, the stronger the network invulnerability for cascading failure. (C) 2015 Published by Elsevier B.V.
机译:通过建立基于节点度的随机无标度网络的级联故障模型,并分析节点容量对级联故障的影响,研究了随机无标度网络的结构参数对级联故障网络无害性的影响。由此获得节点容量阈值。此外,建立了节点容量的阈值和网络的结构参数(每个时隙增加的边数和功率指数)之间的关系。实验结果表明,网络的结构参数与级联故障的网络无损性呈正相关。一次添加的边数越多,功率指数越高,则对于级联故障的网络无害性越强。 (C)2015由Elsevier B.V.发布

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