Network robustness against sequential attacks is significant for complex networks. However,
it is generally assumed that complete information of complex networks is obtained and …

Electric grid is one of the largest interconnected networks on the earth, and is vital to the
operation of modern society. Within recent decades, the occurrence of several large scale …

Technological advancements in today's electrical grids give rise to new vulnerabilities and
increase the potential attack surface for cyber-attacks that can severely affect the resilience …

This study addresses the vulnerability analysis of power systems over a time horizon. The
authors introduce a model which could be used by system operators to assess where 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 aims to study the vulnerability of the network to sequential cascading failures
attacks where the attack strategy integrates network theory and discounted reward with …

An attacker can very possibly make significant damage for the power grid with a proper
sequence of timing and attacks. Existing approaches neglect the power system generation …

Electric power systems are critical infrastructure and are vulnerable to contingencies
including natural disasters, system errors, malicious attacks, etc. These contingencies can …

In recent years, power systems have been facing an increasing risk of malicious attacks. As
modern power systems have a greater reliance on communication and automatic control …

Based on the community discovery method in complex network theory, a power grid partition
method considering generator nodes and network weightings is proposed. Firstly, the …