Standby redundancy is a technique that has been widely applied for improving system
reliability and availability in system design. In this paper, probabilistic model for a redundant …

Identifying suitable regeneration points the availability and reliability of an n-unit warm
standby system with r repair facilities, in which the operating online unit is subjected to …

When the missions arrive, it is not feasible to shut down engineering systems for preventive
maintenance policies. Otherwise, it would cause major economic losses and even …

This paper deals with the profit analysis of a single-server two-unit (priority and ordinary)
cold standby system model. The priority (p) unit has three modes—normal (N), partial failure …

This paper presents reliability and availability analysis of a k-out-of-(M+ S): G warm standby
system with time varying failure and repair rates in presence of commoncause failure. The …

We analyze the influence of repair on a two-component warm-standby system with switching
and back-switching failures. The repair of the primary component follows a minimal process …

In this paper, a cold standby repairable system consisting of two dissimilar components and
one repairman is studied. When failures occur, the repair of both component 1 and …

Many real-world systems, particularly those with limited power resources, are designed with
cold-standby redundancy for achieving fault tolerance and high reliability. Cold-standby …

This paper models an operation and rescue system where upon the failure of the operation
system (if occurring), the rescue system is immediately activated to prevent the entire system …

In this paper, a redundancy allocation problem for cold-standby systems with degrading
components is studied. We consider performing a policy of periodic inspection and …