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Optimal two‐stage reliability studies
Statistics in Medicine, 2009AbstractThe intraclass correlation is often used to assess the reliability of a measurement system. There is a considerable literature devoted to optimizing the standard assessment plan in which a number of subjects are measured repeatedly. We propose a two‐stage investigation, here called a leveraged plan (LP), where in Stage I, we measure a number of
Ryan, Browne +2 more
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Annals of Operations Research, 1991
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Allocating Gate Reliability for Circuit Reliability Optimization
2019 IEEE 62nd International Midwest Symposium on Circuits and Systems (MWSCAS), 2019Reliable operation is increasingly critical for today’s digital integrated circuits with nanoscale devices. High reliability requires various considerations and efforts throughout the design flow. However, at gate-level, it could be very time-consuming to conduct circuit reliability analysis and optimization in a global fashion.
Suoyue Zhan +2 more
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Network Reliability Optimization
2008This chapter presents design of reliable networks. The exact calculation of any general network reliability measure is NP-hard. Therefore, network designers have been reluctant to use reliability as a design criterion. However, reliability is becoming an important concern to provide continuous service quality to network customers. The chapter discusses
Abdullah Konak, Alice E. Smith
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Journal of Mechanical Science and Technology, 2012
Reliability-based design optimization (RBDO) has been receiving increasing attention for achieving high safety and reliability in engi- neering design. Sequential optimization and reliability assessment (SORA), as one of the efficient single-loop methods, decouples an RBDO problem into sequential deterministic optimization and reliability analysis.
Hong-Zhong Huang +4 more
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Reliability-based design optimization (RBDO) has been receiving increasing attention for achieving high safety and reliability in engi- neering design. Sequential optimization and reliability assessment (SORA), as one of the efficient single-loop methods, decouples an RBDO problem into sequential deterministic optimization and reliability analysis.
Hong-Zhong Huang +4 more
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Combinatorial Reliability Optimization
2003This chapter considers various combinatorial reliability optimization problems with multiple resource constraints or multiple-choice constraints incorporated for a variety of different system structures, including series systems, mixed series-parallel systems, and general systems.
C. S. Sung, Y. K. Cho, S. H. Song
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Reliability Optimization ߞ A Case Study
IEEE Transactions on Reliability, 1982This paper presents a practical application of reliability optimization for minimum cost using Lagrange multipliers, viz. optimization of power transmission line insulation. To allow for complex functional relationships and to reduce the difficulties of a pure analytic approach, a numerical and graphical solution is developed.
Necsulescu, D. S., Krieger, M.
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Systematic Reliability Optimization (ASRO)
Babylonian Journal of Mathematics, 2023Reliability optimization is a critical aspect of modern engineering systems and products, particularly with the growing complexity and interconnectedness of systems. This paper delves into the significance of reliability optimization and the techniques employed to achieve it. It highlights the benefits of optimizing reliability, including reduced costs,
Hee Sik Kim +4 more
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A Problem in Reliability Optimization
Journal of the Operational Research Society, 1986Summary: We consider the system efficiency measure as the average asymptotic gain earned by the system for one time unit. Such defined efficiency is a continuous function of the load that the system is to support. Each increment of the load causes an increment of the gain.
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