Research on dependable computing is undergoing a shift from traditional fault tolerance towards techniques that handle faults proactively. These techniques comprise two parts: (a) prediction of failures and (b) actions that are performed in case of an upcoming failure. This work provides the first reliability model that incorporates both correct and false predictions as well as both types of actions: failure prevention and recovery preparation. Closed form solutions to availability, reliability and hazard rate are provided
Limitations of current analytic techniques in estimating the reliability of life-critical electronic...
Whereas the concepts of system reliability and availability originated from concerns with structural...
The availability of software systems can be increased by preventive measures which are triggered by...
Research on dependable computing is undergoing a shift from traditional fault tolerance towards tech...
Failure prediction is one of the key challenges that have to be mastered for a new arena of fault to...
When developing products, reliability is an important factor that has to be considered. For safety c...
International audienceDependability estimation of a fault tolerant computer system (FTCS) perturbed ...
This paper presents the segregated failures model (SFM) of availability of fault-tolerant computer s...
In engineering practice, multiple repair actions are considered carefully by designers, and their su...
The use of average data for dependability assessments results in a outdated system-level dependabili...
Traditional reliability-related models for fault-tolerant systems are used to predict system reliabi...
For many physical systems (e.g., computer systems, computer networks, industrial plants, etc.) one o...
Abstract: Over the past two decades, the study of model-based dependability analysis has gathered si...
Following the growth of high performance computing systems (HPC) in size and complexity, and the adv...
With ever-growing complexity and dynamicity of computer systems, proactive fault management is an ef...
Limitations of current analytic techniques in estimating the reliability of life-critical electronic...
Whereas the concepts of system reliability and availability originated from concerns with structural...
The availability of software systems can be increased by preventive measures which are triggered by...
Research on dependable computing is undergoing a shift from traditional fault tolerance towards tech...
Failure prediction is one of the key challenges that have to be mastered for a new arena of fault to...
When developing products, reliability is an important factor that has to be considered. For safety c...
International audienceDependability estimation of a fault tolerant computer system (FTCS) perturbed ...
This paper presents the segregated failures model (SFM) of availability of fault-tolerant computer s...
In engineering practice, multiple repair actions are considered carefully by designers, and their su...
The use of average data for dependability assessments results in a outdated system-level dependabili...
Traditional reliability-related models for fault-tolerant systems are used to predict system reliabi...
For many physical systems (e.g., computer systems, computer networks, industrial plants, etc.) one o...
Abstract: Over the past two decades, the study of model-based dependability analysis has gathered si...
Following the growth of high performance computing systems (HPC) in size and complexity, and the adv...
With ever-growing complexity and dynamicity of computer systems, proactive fault management is an ef...
Limitations of current analytic techniques in estimating the reliability of life-critical electronic...
Whereas the concepts of system reliability and availability originated from concerns with structural...
The availability of software systems can be increased by preventive measures which are triggered by...