In this paper, we develop a generic physics-informed neural network (PINN)-based
framework to assess the reliability of multi-state systems (MSSs). The proposed framework …

Many real-world systems are heterogeneous k-out-of-n cold standby systems, like
unmanned aerial vehicles performing a reconnaissance mission along multiple routes …

Motivated by real-world applications like wireless sensor networks powered by photovoltaic
sources, this paper models a linear consecutively connected system whose nodes form a …

Production-storage systems abound in different industries, where the storage is used to
store surplus product generated by the production subsystem (PS) and compensate the …

This paper, for the first time, models and optimizes the uploading and downloading pace
distribution in a production-dual storage system that must supply a certain demand during a …

Considerable research efforts have recently been devoted to the reliability analysis and
optimization of production systems with product storage. The existing models, however …

Reliability of production systems with storage has recently attracted lots of research
attentions. While the existing works have assumed certain maximum capacity of the storage …

Predicting system health using inspection technologies is crucial for efficiently managing the
maintenance of various industrial products. This study introduced an innovative policy for …

Production-storage systems are often subject to random external shocks such as storm
weather and electromagnetic interference. However, most of the existing models failed to …

The loading level applied during a system's operation can greatly affect the system's
productivity and time-to-failure distribution. The optimal loading problem aims to determine …