In the field of complex networks, cascade failure has been widely studied due to its ubiquity
and profound impact. While in recent years, the conceptualization of “higher-order …

It is well known that interdependent networks are more vulnerable to cascading failure than
single and isolated networks. In this report, we propose a new scheme to improve the …

With load-based model, considering the loss of capacity on nodes, we investigate how the
coupling strength (many-to-many coupled pattern) and link patterns (one-to-one coupled …

In order to study the change trend of the survivability of complex networks over time, a new
method is proposed to measure the survivability of the scale-free networks. The concepts of …

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 …

Networks in nature rarely function in isolation but instead interact with one another with a
form of a network of networks (NoN). A network of networks with interdependency between …

To prevent or mitigate the cascading propagation on complex networks more efficiently,
taking into account some existing protections and measures in real-life networks, we …

In this brief, we propose a stochastic model based on state transition theory to investigate
the dynamics of cascading failures in communication networks. We describe the failure …

Resilience describes a system's ability to adjust its activity to retain the basic functionality
when errors or failures occur in components (nodes) of the network. Due to the complexity of …

The vulnerability of complex networks is a matter of great concern nowadays because of the
probable occurrence of network failures due to inevitable disruptive events. To resume full …