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Proceedings of 1994 IEEE 3rd International Fuzzy Systems Conference, 2002
Reliability of products is frequently a prime safety consideration. Interpretation of reliability is both quantitative and qualitative. Extensive quantitative analysis employing probablistic risk assessment has been widely performed to provide predicted hazard or accident minimization.
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Reliability of products is frequently a prime safety consideration. Interpretation of reliability is both quantitative and qualitative. Extensive quantitative analysis employing probablistic risk assessment has been widely performed to provide predicted hazard or accident minimization.
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Fault Tree Analysis Using Bit Manipulation
IEEE Transactions on Reliability, 1977This paper describes an efficient technique for computerized fault-tree analysis. The technique is based upon binary coding of events and bit manipulation for tree reduction, reducing both computation time and computer storage requirements. The operations include generation of minimal cut sets for trees containing arbitrary AND and OR logic, and ...
Wheeler, Dean B. +3 more
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Cybersecurity risk analysis model using fault tree analysis and fuzzy decision theory
International Journal of Information Management, 2018Cybersecurity, which is defined as information security aimed at averting cyberattacks, which are among the main issues caused by the extensive use of networks in industrial control systems. This paper proposes a model that integrates fault tree analysis,
A. P. H. D. Gusmão +4 more
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Classification of fault trees and algorithms of fault tree analysis
Microelectronics Reliability, 1990Abstract A new classification of fault trees is proposed, and the relationship between the new and old classifications is discussed. The new classification is illustrated with an example, and the limitation of the well-known simple prime implicant algorithm, which can work on fault trees, is shown.
Yan Chunning, Shi Dinghua
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International Journal of Occupational Safety and Ergonomics, 2020
M. Yazdi, Orhan Korhan, S. Daneshvar
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M. Yazdi, Orhan Korhan, S. Daneshvar
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Multistate fault-tree analysis
Reliability Engineering & System Safety, 1990Abstract The recursive pivotal decomposition algorithm is a quantitative analysis method of binary fault-tree. In this article, the algorithm will be applied to the multistate case. As a result, a practical method of quantitative analysis of multistate fault-trees is given.
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Fault-Tree Analysis Using a Binary Decision Tree
IEEE Transactions on Reliability, 1985Summary: A new algorithm for the production of a short disjoint-products form of a fault-tree output function is presented and discussed. This algorithm consists of a sequential binary decision process to find first big, then smaller sets of elementary system-failure states which correspond to disjoint-product terms.
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Fault Tree Analysis Using Bayesian Optimization: A Reliable and Effective Fault Diagnosis Approaches
Journal of Failure Analysis and Prevention, 2021Li Jinfei +4 more
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Fault Tree Analysis With Interval Uncertainty: A Case Study of the Aircraft Flap Mechanism
IEEE Transactions on Reliability, 2021Changcong Zhou +4 more
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