This paper is devoted to the Boolean-based analysis of non-repairable coherent multi-state
systems with independent non-identical multi-state components. We adapt several binary …

This paper deals with an emergent variant of the classical problem of computing the
probability of the union of n events, or equivalently the expectation of the disjunction (ORing) …

Recent years have seen the rapid adoption of Internet of Things (IoT) technologies, where
billions of physical devices are interconnected to provide data sensing, computing and …

With the rapid growth of the number of cellular network users and their tendency to share
various multimedia files, providing better coverage for users and guaranteeing the quality of …

This paper deals with the reliability of a multi-state delivery network (MSDN) with multiple
suppliers, transfer stations and markets (depicted as vertices), connected by branches of …

A coherent reliability system (CRS) is one that is causal, monotone and with relevant
components. We restrict ourselves herein to the case of a two-state system with statistically …

This chapter attempts to enhance the interplay between the ecology and reliability fields by
employing Boolean-based reliability language and techniques to quantify ecological metrics …

This paper deals with the Boolean-based analysis of a prominent class of non-repairable
coherent multistate systems with independent nonidentical multistate components. This …

This chapter deals with the reliability of a multi-state delivery network (MSDN) with multiple
suppliers, transfer stations and markets (depicted as vertices), connected by branches of …

A multi-state k-out-of-n: G system is a multi-state system whose multi-valued success is
greater than or equal to a certain value j (lying between 1 (the lowest non-zero output level) …