Core-periphery structure is a typical meso-scale structure in networks. Previous studies on
core-periphery structure mainly focus on the improvement of detection methods, while the …

Many crucial real-world networks could be modeled as scale-free networks, which play an
important role in the human society. Once these functional network systems suffer from …

Taking into account the load, the load redistribution, and the node capacity, we study the
robustness of two interdependent networks A and B against cascading failures, where each …

As one of the most common mesoscale structures in real-life networks, k-core hierarchical
structure has attracted a lot of attention. Recent research about k-core always focuses on …

Most of modern systems are coupled by two sub-networks and therefore should be modeled
as interdependent networks. The study towards robustness of interdependent networks …

We study the structural robustness of the scale free network against the cascading failure
induced by overload. In this paper, a failure mechanism based on betweenness-degree ratio …

The cascading failure often occurs in real networks. It is significant to analyze the cascading
failure in the complex network research. The dependency relation can change over time …

Recently, the robustness of coupled network under cascading failure has attracted a lot of
attention. In this paper, we concentrate on the interconnected network, which is a typical …

It was recently recognized that interdependencies among different networks can play a
crucial role in triggering cascading failures and, hence, systemwide disasters. A recent …

Cascading failures caused by interdependencies make modern coupled systems extremely
fragile to failures. In existing network robustness enhancing methods, maximizing interlayer …