This study presents a comprehensive survey on the reliability evaluation of the electrical
network system. The impacts of integration of new and renewable energy sources (electric …

Power systems employ measures of reliability indices to indicate the effectiveness a power
system to perform its basic function of supplying electrical energy to its consumers. The …

This paper presents a new approach for reliability evaluation of composite power systems by
combining Monte Carlo simulation and multi label k-nearest neighbor (MLKNN) algorithm …

Power grids deliver energy, and telecommunication networks transmit information. These
two facilities are critical to human society. In this study, we conduct a comprehensive …

Adequacy assessment of power-generating systems provides a mechanism to ensure
proper system operations in the face of various uncertainties including equipment failures …

This paper presents an application of evolutionary particle swarm optimization (EPSO)-
based methods to evaluate power system reliability. Population-based (PB) methods appear …

Resource additions to electric power grids are planned in advance to maintain reliability of
electric power supply. This is achieved by performing reliability studies for calculating …

A methodology for planning the optimal reliability indices of system components for a
composite electric power system based on state sampling non-sequential Monte Carlo …

This paper presents a fast and efficient method which combines the Monte Carlo simulation
(MCS) and the least squares support vector machine (LSSVM) classifier, for reliability …

Modern power grids with their physical current-carrying components and the embedded
computer, communication and control networks are fast emerging as one of the largest and …