Robinson, "The reliability of a series system of repairable subsystems: a bayesian approach", Naval Research Logistics (NRL) 41, 4, 483- 506 (1994).Hulting, F. L. and Robinson, J. A. (1994). "The reliability of a series system of repairable subsystems: A Bayesian approach," Nav...
In this dissertation, we address two basic aspects of statistical inference on the reliability of series system, namely hypothesis testing and interval estimation. Both two-component and multi-component series system are discussed. Due to the complexity of the underling probability distribution, we ...
Consider a complex system consisting of several components in series. The system as a whole is either impossible or too expensive to test. The only data available are the times to failure of the components when tested individually. Based on these data an exact lower confidence bound for the r...
This paper presents a reliability and availability of a series repairable system with multiple failures. The system is in failed state when any unit fails ... WK Chung - 《Microelectronics Reliability》 被引量: 13发表: 1991年 A probability model of system downtime with implications for optimal ...
Typical Reliability Configuration Typical BFD Configuration Typical VRRP Configuration Tradução Última atualização:2024-10-30 № do documento:EDOC1000069608 Visualizações:1159025 Downloads:6291 Average rating: 4.86 Points
In industrial systems, maximizing reliability is considered as an important issue. Increase in reliability of a system is possible through different ways; Increase in reliability of every subsystems, increase in the number of repair and maintenance inspections and increase in the number of redundant ...
We compute the reliability of a system consisting of two subsystems S 1, and S2 connected in series, where the reliability of each subsystem is of general stress-strength type, defined by R1 = P(A TX > BTY). A & B are column-constant vectors, and strength X & stress Y are multi...
In order to maximize effectiveness, reliability should be an integral part of all aspects of a system’s life cycle, including requirements definition, concept development, product design, design verification, qualification, reliability growth management and testing, reliability demonstration testing, and...
In [16] an analytical model for the PV panels generation is developed with the aim of reliability evaluation. The main shortcoming of this model is its inability to account for the failure of PV system components, which could limit its applicability. In [17], [18], a Markov chain is ...
Minimum variance unbiased estimators of reliability are developed for a series, parallel, and standby redundant system where the components are from a single exponentially distributed population. It is assumed that sampling information has been censored with respect to number of failures or test time.DO...