It is well known that responsive battery energy storage systems (BESSs) are effective means
to improve the grid inertial response to various disturbances including the variability of the …

This work presents a novel, integrated approach to the reliability analysis of digital
instrumentation and control systems by incorporating Bayesian belief network (BBN), human …

To assess the risk of nuclear power plant operation and to determine the risk impact of
digital systems, there is a need to quantitatively assess the reliability of the digital systems in …

Nowadays, the emerging digital technologies and digitalization trend in safety‐critical
industrial process systems are bringing great opportunities for system performance …

As the instrumentation and control (I&C) systems in nuclear power plants (NPPs) have been
replaced with digital-based systems, the need has emerged to not only establish a basis for …

The nuclear facilities are operated to give safety the utmost priority and all possible
scenarios that may lead to hazardous states must be evaluated. To date, the probabilistic …

Abstract The use of Field Programmable Gate Arrays (FPGAs) in safety critical systems in
nuclear power plants means that these systems must undergo a detailed reliability and …

One of the major challenges in transmission planning is accounting for the impacts of
renewable generation. Contingency Analysis (CA) is a technique used by utilities to meet …

An integration Markov/CCMT analytics platform for dynamic reliability and risk analysis of
digital process control system is presented in the paper. The Markov/CCMT analytics …

UML is a proven and simple modeling language to capture all the functional requirements of
the system. Petri net is a powerful tool to analyze structural and behavioral properties of the …