A new cascading failures model based on the evolution of node status
Guangquan Cheng, Yongzhong Lu, Shuai Li, Jincai Huang
Abstract
Guangquan Cheng, Yongzhong Lu, Shuai Li, Jincai Huang
Abstract
Cascading failure process standard model is the baseline work. A cascading failures model for the basic complex network based on the evolution of node status is proposed in this paper. Following the cascading failures mechanism on basis of dynamics model, a load redistribution strategy based on the real-time tracking node state is proposed. This new strategy of node-load redistributing can redistribute load based on adjoin node status. In order to explore the internal mechanism of the basic complex network on the circumstances of cascading failures, we made an experiment on American airlines network, and also, we make the importance assessment applied and expanded on the model of cascading failures based on evolution of node status. The result shows that this new redistributing strategy can reach the beast robust.
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Cascading failure process standard model is the baseline work. A cascading failures model for the basic complex network based on the evolution of node status is proposed in this paper. Following the cascading failures mechanism on basis of dynamics model, a load redistribution strategy based on the real-time tracking node state is proposed. This new strategy of node-load redistributing can redistribute load based on adjoin node status. In order to explore the internal mechanism of the basic complex network on the circumstances of cascading failures, we made an experiment on American airlines network, and also, we make the importance assessment applied and expanded on the model of cascading failures based on evolution of node status. The result shows that this new redistributing strategy can reach the beast robust.
Key concepts: Cascading failure, Computer science, Node (physics), Complex network, Distributed computing, Reliability engineering, Computer network, Engineering