In this paper, recognition of blurred faces using the recently introduced Local Phase
Quantization (LPQ) operator is proposed. LPQ is based on quantizing the Fourier transform …

Low‐frequency electromechanical oscillations is a topic of great concern in power system
operation. Undamped oscillations reduce the power transfer capacity and can lead the …

Low-frequency electromechanical oscillations dam** is powerfully crucial in power system
operation. In order to fulfill this requirement, power oscillation dam** (POD) controllers are …

Small-signal model impedances of grid-tied converters have recently attracted researchers'
attention and have shown great importance in stability analysis. This article proposes an …

A nonlinear coordinated generator excitation, static phase shifter (SPS) and static VAr
compensator (SVC) controller is proposed to enhance the transient stability of a power …

Static VAr compensator as a reactive power equipment plays a significant role in power
system reliability and security. Because in conventional reliability evaluations, reactive …

The static VAr compensator (SVC) has shown great potential among all the voltage stability
enhancement measures available. Studies have shown that an SVC, which is properly …

This thesis addresses the problem of reactive power scheduling in a power system with
several areas controlled by independent transmission system operators (TSOs). To design a …

This paper addresses the problem of coordinating voltage control in a large-scale power
system partitioned into control areas operated by independent utilities. Two types of …

This chapter presents different voltage and reactive power control methods that have been
currently applied to or proposed for power systems over the years. The review starts with a …