Naive Fault Tree: formulation of the approach

M Rajabalinejad

Naive Fault Tree: formulation of the approach

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Abstract

Naive Fault Tree (NFT) accepts a single value or a range of values for each basic event and returns values for the top event. This accommodates the need of commonly used Fault Trees (FT) for precise data making them prone to data concerns and limiting their area of application. This paper extends the use of Fault Trees (FT) for the cases where accurate data is not available, difficult to obtain or expensive but not at the cost of complicated formulation. This make the approach applicable for system of systems context. An example application is presented in the paper.

Original language	English
Number of pages	4
Publication status	Published - 21 Sep 2017
Event	35th International System Safety Conference, ISSC 2017: Pushing the Boundaries of System Safety - Albuquerque, United States Duration: 21 Aug 2017 → 25 Aug 2017 Conference number: 35 http://issc2017.system-safety.org/

Conference

Conference	35th International System Safety Conference, ISSC 2017
Abbreviated title	ISSC
Country/Territory	United States
City	Albuquerque
Period	21/08/17 → 25/08/17
Internet address	http://issc2017.system-safety.org/

Keywords

Fault Tree Analysis
Uncertainty

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title = "Naive Fault Tree: formulation of the approach",

abstract = "Naive Fault Tree (NFT) accepts a single value or a range of values for each basic event and returns values for the top event. This accommodates the need of commonly used Fault Trees (FT) for precise data making them prone to data concerns and limiting their area of application. This paper extends the use of Fault Trees (FT) for the cases where accurate data is not available, difficult to obtain or expensive but not at the cost of complicated formulation. This make the approach applicable for system of systems context. An example application is presented in the paper.",

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AB - Naive Fault Tree (NFT) accepts a single value or a range of values for each basic event and returns values for the top event. This accommodates the need of commonly used Fault Trees (FT) for precise data making them prone to data concerns and limiting their area of application. This paper extends the use of Fault Trees (FT) for the cases where accurate data is not available, difficult to obtain or expensive but not at the cost of complicated formulation. This make the approach applicable for system of systems context. An example application is presented in the paper.

KW - Fault Tree Analysis

KW - Uncertainty

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Naive Fault Tree: formulation of the approach

Abstract

Conference

Keywords

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