This paper deals with the reliability characteristics of two different series system configurations with mixed standby (include cold and warm standby) components. The failure rates of the primary and warm standby components are assumed to follow the Weibull distribution. The repair time distribution of each server is exponentially distributed. Moreover, we will derive the mean time-to-failure, and the steady-state availability for a special case of a serial system of two primary components, two warm standby components, and one cold standby component, when the failure and repair rate are constant
Redundancy or standby is a technique that has been widely applied to improving system reliability an...
We study the reliability analysis of a repairable system with m operating units, w warm standby unit...
We analyze the influence of repair on a two-component warm-standby system with switching and back-sw...
Two different system configurations with warm standby components, standby switching failures, two ty...
This paper dealt with the evaluation reliability, availability, maintainability, dependability, mean...
This paper deals with the reliability and availability characteristics of three different series sys...
The purpose of this research is to propose three reliability models (configurations) with standby un...
We consider a mathematical model of a repairable data transmission system as a model of a closed hom...
This study analyzes three availability systems with warm standby units, fault detection delay, and g...
Two-unit warm standby redundant systems have been investigated extensively in the past. The most gen...
This paper studies the reliability characteristics of a linear consecutive 2-out-of-3 cold standby r...
Reliability is an important area that is receiving attention globally. This paper studies reliabilit...
This paper discussed a two-unit cold standby system by considering the concepts of degradation, insp...
Abstract: In this paper, two different systems both are requiring a supporting unit for their operat...
In this paper, we study a warm standby repairable system that consists of two dissimilar units. One ...
Redundancy or standby is a technique that has been widely applied to improving system reliability an...
We study the reliability analysis of a repairable system with m operating units, w warm standby unit...
We analyze the influence of repair on a two-component warm-standby system with switching and back-sw...
Two different system configurations with warm standby components, standby switching failures, two ty...
This paper dealt with the evaluation reliability, availability, maintainability, dependability, mean...
This paper deals with the reliability and availability characteristics of three different series sys...
The purpose of this research is to propose three reliability models (configurations) with standby un...
We consider a mathematical model of a repairable data transmission system as a model of a closed hom...
This study analyzes three availability systems with warm standby units, fault detection delay, and g...
Two-unit warm standby redundant systems have been investigated extensively in the past. The most gen...
This paper studies the reliability characteristics of a linear consecutive 2-out-of-3 cold standby r...
Reliability is an important area that is receiving attention globally. This paper studies reliabilit...
This paper discussed a two-unit cold standby system by considering the concepts of degradation, insp...
Abstract: In this paper, two different systems both are requiring a supporting unit for their operat...
In this paper, we study a warm standby repairable system that consists of two dissimilar units. One ...
Redundancy or standby is a technique that has been widely applied to improving system reliability an...
We study the reliability analysis of a repairable system with m operating units, w warm standby unit...
We analyze the influence of repair on a two-component warm-standby system with switching and back-sw...