Computer Control in Power Systems.

AN ON-LINE OPTIMAL ARTIFICIAL NEURAL NETWORK-BASED CONTROLLER FOR SIMPLIFIED ORDER POWER SYSTEMS

A Computer-Aided Methodology for Economic Management of Interconnected Power Systems.

DETERMINATION OF CONTROLLERS GAINS LIMIT USING THE MIKHAILOV STABILITY CRITERION

IMPROVEMENT OF POWER SYSTEM PERFORMANCE THROUGH WAVELET NEURAL NETWORK STATIC VAR COMPENSATOR CONTROLLER

STABILITY ANALYSIS FOR GENERALIZED PREDICTIVE CONTROL (GPC) WITH UNCERTAIN SYSTEMS

NEURAL NETWORK PREDICTIVE CONTROL BASED POWER SYSTEM STABILIZER

BULK ELECTRIC SYSTEM RELIABILITY EVALUATION WITH WIND TURBINE AND ENERGY STORAGE

A NEW VERSION OF ELMAN NEURAL NETWORKS FOR DYNAMIC SYSTEMS MODELING AND CONTROL

C0MPREHENSIVE NEWTON-RAPHSON MODEL FOR INCORPORATING UNIFIED POWER FLOW CONTROLLER IN LOAD FLOW STUDIES