Simulation for Cascading Failure in Barabási-Albert Network: a Cellular Automata Approach

Jun Zhang, Xinli Xiong, Yongjie Wang, Jingye Zhang
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Abstract

In many complex networks, initial failure of a few modes may cause the cascading failure of the entire network, so we propose a cascading failure model based on cellular automata (CFCA) and build a simulator to characterize the special process. Through simulations, we found that compared with random attacks, malicious attacks are more harmful to the network and the recovery probability of nodes is important to reduce cascading failures.
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Barabási-Albert网络级联故障的模拟:一种元胞自动机方法
在许多复杂网络中,一些模式的初始失效可能导致整个网络的级联失效,因此我们提出了一种基于元胞自动机(CFCA)的级联失效模型,并构建了仿真器来表征这一特殊过程。通过仿真,我们发现与随机攻击相比,恶意攻击对网络的危害更大,节点的恢复概率对于减少级联故障很重要。
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