Controlled islanding can enhance power grid resilience and help mitigate the effect of
emerging failure by splitting the grid into islands that can be rapidly and independently …

Critical infrastructure systems are becoming increasingly interdependent, which can
exacerbate the impacts of disruptive events through cascading failures, hindered asset …

In terms of urban rail transit network vulnerability, most studies have focused on the changes
of network topology and functional characteristics under disruptive events while ignoring the …

Due to the frequent occurrence of accidental and destructive disasters, it is essential to
improve the performance of emergency systems. Facing the fact that the performance of …

This paper introduces a novel three-stage analysis framework for investigating power
network resilience in the face of failures. First, we introduce network modeling and resilience …

Most of today's smart grids are highly vulnerable to cascading failure attacks in which the
failure of one or more critical components may trigger the sequential failure of other …

The robustness of the power network with renewable energy is studied in this paper. Firstly,
the critical nodes are identified by using the interval electrical betweenness metric. On this …

The authors found programming errors in the code used for the case study. Specifically,
errors were made in the programming of Equation (5) as well as of Modules 3, 7, 8, and 9 …

This research studies the cascading failure in a scale-free network from the perspective of
the payoffs of nodes in a multi-strategy evolutionary game. Different from the traditional …

Taking both typical complex network models and power characteristics into account, a novel
framework to evaluate the robustness of networks from different perspectives is proposed in …