Out-of-step oscillation is a very destructive physical phenomenon in power system, which
could directly cause big blackout accompanied by serious sociology-economic impacts. Out …

This paper develops a controlled network partitioning model to improve power grid
resilience under catastrophic events. The proposed remedial scheme relies on a mixed …

In this paper, a two-stage mode identification algorithm including preprocessing and
identification steps is introduced to solve the problems of measuring noise and inaccurate …

Cascading outage is one of the main mechanisms for propelling power system toward
blackout. Predicting the potential and trend of power system toward blackout helps operator …

The increasing coupling between the physical and communication layers in the cyber‐
physical system (CPS) brings up new challenges in system monitoring and control. Smart …

Power systems interconnected by weak tie lines can be subject to low‐frequency oscillations
because of disturbances which excites the low‐frequency modes of the system; furthermore …

This paper presents online criteria of frequency stability-based controlled islanding scheme
based on the density-based clustering algorithm and the system electrical distance from …

Identification of coherent generators (CGs) in power systems is one of the key steps in
determining controlled islanding strategies. In this study, a wide‐area measurement system …

This paper proposes a novel method for the machine learning-based online prediction of
generator dynamic behavior in large interconnected power systems. Unlike the existing …

The process of cascading failures is one of the most important threats to the security of the
power system, which can lead to a number of blackouts. Therefore, predicting the potential …