Power system protection and asset management have drawn the attention of researchers for
several decades; but they still suffer from unresolved and challenging technical issues. The …

This paper presents a decision tree based method for out-of-step prediction of synchronous
generators. For distinguishing between stable and out-of-step conditions, a series of …

This paper presents an adaptive scheme for predicting out‐of‐step (OOS) condition of
synchronous generator based on the Bayesian technique. The proposed scheme performs …

This paper presents new strategies for adaptive out-of-step (OS) protection of synchronous
generators based on neural networks. The neural networks architecture adopted, as well as …

The study presents a new out‐of‐step algorithm used for the protection of synchronous
generators. The algorithm is implemented on the principle of a digital phase comparison in …

The application of artificial intelligence to power systems has resulted in an overall
improvement of solutions in many implementations. This paper presents a new approach to …

This paper presents a new approach of out-of-step relaying based on fuzzy classification.
The proposed scheme is equipped with one transducer which is fed by local measurements …

Transient instability is one of the major threats to system security which can cause out-of-
step condition. Out-of-step condition can result in mechanical and thermal damage to …

Transient instability is one of the major threats to system security which can cause out‐of‐
step condition. Out‐of‐step condition can cause mechanical and thermal damages to …

A multi-layer perceptron neutral network (MLPNN) has been used as a decision tool to
predict out-ofstep conditions. Rotor speed deviations are sampled and the maximum speed …