A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Dependability Engineering for Data Center Infrastructures
Reliability engineering uses equipment reliability statistics, probability theories, system functional analysis, and dysfunctional analysis to set requirements, measure or predict reliability, identify system weakness points, and propose improvements of the system. Dependability will be used to name the reliability and availability performance of a data center infrastructure. This chapter presents a few basic concepts such as the definition of dependability vocabulary, the definition of dependability data and indexes, and some basic probabilistic calculations that could be used for dependability assessment. It then discusses the system dependability analysis methods. After the presentation of the main steps of system dependability analysis, the main system failure analysis methods are described. The chapter then focuses on data center dependability assessment and presents some key points to perform efficient and accurate dependability assessments. Finally some key points to manage dependability assessment and tier standard architectures are discussed.
Dependability Engineering for Data Center Infrastructures
Reliability engineering uses equipment reliability statistics, probability theories, system functional analysis, and dysfunctional analysis to set requirements, measure or predict reliability, identify system weakness points, and propose improvements of the system. Dependability will be used to name the reliability and availability performance of a data center infrastructure. This chapter presents a few basic concepts such as the definition of dependability vocabulary, the definition of dependability data and indexes, and some basic probabilistic calculations that could be used for dependability assessment. It then discusses the system dependability analysis methods. After the presentation of the main steps of system dependability analysis, the main system failure analysis methods are described. The chapter then focuses on data center dependability assessment and presents some key points to perform efficient and accurate dependability assessments. Finally some key points to manage dependability assessment and tier standard architectures are discussed.
Dependability Engineering for Data Center Infrastructures
Geng, Hwaiyu (author) / Megdiche, Malik (author)
Data Center Handbook ; 275-305
2014-10-24
31 pages
Article/Chapter (Book)
Electronic Resource
English
dysfunctional analysis , tier standard architectures , system failure analysis methods , system functional analysis , reliability engineering , data center dependability assessment , system dependability analysis methods , data center infrastructure , equipment reliability statistics , probability theories
Frontier technologies for infrastructures engineering: structures and infrastructures book series
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Frontier technologies for infrastructures engineering: structures and infrastructures book series
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Civil engineering infrastructures journal : (CEIJ)
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