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Table of Contents
A comprehensive review of wide-area protection, control and monitoring systems
Introduction to WAMS and its applications for future power system
Information and communication infrastructures in modern wide-area systems
Wide-area monitoring systems and phasor measurement units
Optimal selection of phasor measurement units
Coordinated designs of fuzzy PSSs and load frequency control for damping power system oscillations considering wind power penetration
Wide-area monitoring of electromechanical oscillations on large interconnected power systems based on simultaneous processing spatio-temporal data
Electromechanical mode estimation in power system using a novel nonstationary approach
Small signal stability improvement of pumped storage hydropower using wide area signal considering wind farm
Impact analysis and robust coordinated control of low frequency oscillations in wind integrated power system
Frequency stability of two-area interconnected power system with doubly fed induction generator based wind turbine
Wide-area measurement-based voltage stability assessment by coupled single-port models
Adaptive WAMS-based secondary voltage control
Applications of decision tree and random forest methods for real-time voltage stability assessment using wide area measurements
Superseding mal-operation of distance relay under stressed system conditions
Real-time voltage stability monitoring using machine learning-based PMU measurements
Wide area transmission system fault analysis based on three-phase state estimation with considering measurement errors
Data-driven wide-area situation analyzer for power system event detection and severity assessment
Techno-economic analysis of WAMS based islanding detection algorithm for microgrids with minimal PMU in smart grid environment
Independent estimation of generator clustering and islanding conditions in power system with microgrid and inverter-based generation
Resilience in wide area monitoring systems for the smart grid
Cyber kill chain-based intrusion detection systems for cyber-physical security in smart grid.
Introduction to WAMS and its applications for future power system
Information and communication infrastructures in modern wide-area systems
Wide-area monitoring systems and phasor measurement units
Optimal selection of phasor measurement units
Coordinated designs of fuzzy PSSs and load frequency control for damping power system oscillations considering wind power penetration
Wide-area monitoring of electromechanical oscillations on large interconnected power systems based on simultaneous processing spatio-temporal data
Electromechanical mode estimation in power system using a novel nonstationary approach
Small signal stability improvement of pumped storage hydropower using wide area signal considering wind farm
Impact analysis and robust coordinated control of low frequency oscillations in wind integrated power system
Frequency stability of two-area interconnected power system with doubly fed induction generator based wind turbine
Wide-area measurement-based voltage stability assessment by coupled single-port models
Adaptive WAMS-based secondary voltage control
Applications of decision tree and random forest methods for real-time voltage stability assessment using wide area measurements
Superseding mal-operation of distance relay under stressed system conditions
Real-time voltage stability monitoring using machine learning-based PMU measurements
Wide area transmission system fault analysis based on three-phase state estimation with considering measurement errors
Data-driven wide-area situation analyzer for power system event detection and severity assessment
Techno-economic analysis of WAMS based islanding detection algorithm for microgrids with minimal PMU in smart grid environment
Independent estimation of generator clustering and islanding conditions in power system with microgrid and inverter-based generation
Resilience in wide area monitoring systems for the smart grid
Cyber kill chain-based intrusion detection systems for cyber-physical security in smart grid.