[[abstract]]In order to establish a feasible and practical reliability model for a system of dependent components, the failure of a component is distinguished artificially into many modes which are grouped into self-failure, common-cause and cascade failures according to the effects to the system so that the failure rate of each mode can be easily estimated.[[fileno]]2020415010035[[department]]工工
The increasing application of COTS-components and component-based software engineering has entailed ...
The focus of this work is on the dependability analysis of safety or mission-critical systems; in pa...
Many of the more efficient systems reliability modelling methods require the components which compri...
[[abstract]]FMEA is a system engineering and analysis technique in an organized, illustrative approa...
AbstractIn order to describe the mechanism of system parts occurring dependent failure, extending th...
Estimation of system reliability by classical system reliability methods generally assumes that the ...
Traditional parametric Common Cause Failure (CCF) models quantify the soft dependencies between comp...
This paper presents a novel approach to the reliability modeling and analysis of a component-based s...
A model is presented for the reliability and performance analysis of systems where components can go...
Most systems are composed of several subsystems. The reliability of a system depends on how the comp...
System reliability analyses, involving multiple failure processes, are important and challenging res...
[[abstract]]This article is to generalize the so-called 'Inclusion & Exclusion' and 'Sum of Mixed Pr...
Reliability allocation has an essential connection to design for reliability and is an important act...
International audienceIn this paper, a new method is developed to model dependent failure behaviors ...
The failure mode approach, based on ways in which a structure can fail, and the stable configuratio...
The increasing application of COTS-components and component-based software engineering has entailed ...
The focus of this work is on the dependability analysis of safety or mission-critical systems; in pa...
Many of the more efficient systems reliability modelling methods require the components which compri...
[[abstract]]FMEA is a system engineering and analysis technique in an organized, illustrative approa...
AbstractIn order to describe the mechanism of system parts occurring dependent failure, extending th...
Estimation of system reliability by classical system reliability methods generally assumes that the ...
Traditional parametric Common Cause Failure (CCF) models quantify the soft dependencies between comp...
This paper presents a novel approach to the reliability modeling and analysis of a component-based s...
A model is presented for the reliability and performance analysis of systems where components can go...
Most systems are composed of several subsystems. The reliability of a system depends on how the comp...
System reliability analyses, involving multiple failure processes, are important and challenging res...
[[abstract]]This article is to generalize the so-called 'Inclusion & Exclusion' and 'Sum of Mixed Pr...
Reliability allocation has an essential connection to design for reliability and is an important act...
International audienceIn this paper, a new method is developed to model dependent failure behaviors ...
The failure mode approach, based on ways in which a structure can fail, and the stable configuratio...
The increasing application of COTS-components and component-based software engineering has entailed ...
The focus of this work is on the dependability analysis of safety or mission-critical systems; in pa...
Many of the more efficient systems reliability modelling methods require the components which compri...