In this paper, adopting the initial load of a node i to be akiα with ki being the degree of the
node i, we propose a cascading model based on a load local redistribution rule and …

Considering that not all overload nodes will be removed from networks due to some effective
measures to protect them, we propose a new cascading model with a breakdown …

The invulnerability or robustness of complex networks against cascading failures under
critical node failures is of great realistic meaning. Inspired by other related works, we …

Most previous existing works on cascading failures only focused on attacks on nodes rather
than on edges. In this paper, we discuss the response of scale-free networks subject to two …

According to the dynamic characteristics of the cascading propagation, we introduce a
mitigation mechanism and propose four mitigation methods on four types of nodes. By the …

We investigate the cascading failure on weighted complex networks by adopting a local
weighted flow redistribution rule, where the weight of an edge is (kikj) θ with ki and kj being …

The possibility that a complex network can be brought down by attack on a single or a very
few nodes through the process of cascading failures is of significant concern. Here we …

Inspired by other related works, this paper proposes a non-linear load-capacity model
against cascading failures, which is more suitable for real networks. The simulation was …

Scale-free networks can be disintegrated by attack on a single or a very few nodes through
the process of cascading failures. By utilizing a prototype cascading model, we previously …

The increasing dependence between infrastructure networks and the threat of cascading
failures on network security motivated the analysis of the overload behaviors on …