It is impractical to analyze all of the possible contingencies in a large-scale interconnected
power network. Therefore, a standard approach is to analyze only a subset of the …

In this paper, we analyze control-related attacks in supervisory control and data acquisition
systems for power grids. This class of attacks introduces a serious threat to power systems …

This paper presents a method for determining the double outage contingencies that threaten
the system without solving the full contingency set. Two methods for contingency screening …

In Energy Management Systems, contingency analysis is commonly performed for
identifying and mitigating potentially harmful power grid component failures. The …

The complexities in modern power systems are increasing daily with the integration of
renewable sources and an increasing number of power system components such as lines …

This paper proposes a fast real power contingency ranking approach which is based on a
pattern recognition technique using a forward-only counterpropagation neural network …

This dissertation addresses power system rare events (or major power system blackouts)
comprehensively. It first proposes the use of cluster probability model to predict the long term …

Line flow or real-power contingency selection and ranking is performed to choose the
contingencies that cause the worst overloading problems. In this paper, a cascade neural …

To investigate and evaluate the mechanism of how cascading failures spread in power
grids, this paper presents the concept of network centrality for power systems and related …

For decades, researchers have sought to make the North American power system as
reliable as possible with many security measures in place to include redundancy. Yet the …