With the increasing integration of information and communication technologies, cyber–
physical systems are ubiquitous in our daily life. It is very meaningful to study the robustness …

Large scale networked systems are playing an indispensable role in modern society, and
thus the robustness of these systems against random failures or malicious attacks has …

Abstract Current Supplier-Manufacturer (SM) networks are highly complex and susceptible
to local and global disruptions, due to connectivity and interdependency among suppliers …

Cascading failure, which can be triggered by both physical and cyber attacks, is among the
most critical threats to the security and resilience of power grids. In current literature …

Heterogeneity in the load capacity of nodes is a common characteristic of many real-world
networks that can dramatically affect their robustness to cascading overloads. However …

The security issue of complex network systems, such as communication systems and power
grids, has attracted increasing attention due to cascading failure threats. Many existing …

Cascading failure is an ubiquitous phenomenon in many types of complex networks, and it
has attracted significant concerns in the past decade. In this paper, we consider a generic …

To adapt the rapid upgradation of the communication technology (eg, from 5G to 6G) and
reduce the redeployment cost, the Network Functions Virtualization (NFV) is regarded as a …

The synchronization of states is important to sustain the energy of consumers at any given
time for power networks. This paper focuses on the multi-area power network model and …

In this paper, the reliable synchronization of oscillatory power networks with different
topologies is investigated by presenting two simple control strategies, namely, phase …