Cascading failure is among the most critical threats to the security and resilience of modern
power systems and has attracted a wealth of research interest in the past decade. Most of …

Cascading failures are one of the most severe threats to cyber-physical power systems. Most
studies explore the cascading failure problem from the attacker's perspective while …

Over the past decades, prevention and mitigation against cascading failure blackouts in
complex networked systems have been extensively studied. In reality, the functional and …

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 …

This paper introduces two topological models and proposes several topology-based
strategies to generate the restoration sequences of the damaged components in a post …

Power grids are vulnerable to extreme events that may cause the failure of multiple
components and lead to severe power outages. It is of practical importance to design …

Cascading failure on complex networks has been extensively studied over the past decade.
However, restoration of networks from cascading failure is still relatively unexplored. In this …

This paper investigates cascading failures in networks by considering interplay between the
flow dynamic and the network topology, where the fluxes exchanged between a pair of …

Line failure cascading in power networks is a complex process that involves direct and
indirect interactions between lines' states. We consider the inverse problem of learning …

In this brief, by examining the profile of the failure cascade of power systems, we identify a
critical observable parameter, namely onset time, which is the time after which the …