Presentation Details
Preliminary Research on Integrating AI Technology to PSA Modeling Process
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Updated Time：2024-09-22 19:57:25
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Oral Presentation
Start Time：Pending（Asia/Shanghai）
Duration：Pending
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Abstract
Currently, the Probabilistic Safety Assessment (PSA) modeling process for nuclear power plants takes quite a lot of time and energy, and usually the human-made logical models are accompanied with mistakes due to human error. There is an urgent need for using Artificial Intelligence (AI) technology to help analyst analyze design documents and build PSA models. At present, AI technologies such as image recognition and target detection in computer vision, and machine reading comprehension in natural language processing have become mature, and which facilitates the use of AI technology in PSA modeling process.
This thesis proposes a preliminary three-step roadmap for achieving the goal of a more intelligent PSA modeling process. Firstly, building a standardized and comprehensive database to define key information for system and equipment in nuclear power plant. Secondly, digitizing or constructing visual chart to reflect the logical process of a system. Thirdly, transferring the system digital chart to system fault trees by following certain PSA assumptions. Furthermore, this thesis discusses the vital problems to be solved, and the qualitative and quantitative methods of performance evaluation. This thesis believes that AI technology could potentially make a difference in improving the quality and efficiency of PSA modeling process.
This thesis proposes a preliminary three-step roadmap for achieving the goal of a more intelligent PSA modeling process. Firstly, building a standardized and comprehensive database to define key information for system and equipment in nuclear power plant. Secondly, digitizing or constructing visual chart to reflect the logical process of a system. Thirdly, transferring the system digital chart to system fault trees by following certain PSA assumptions. Furthermore, this thesis discusses the vital problems to be solved, and the qualitative and quantitative methods of performance evaluation. This thesis believes that AI technology could potentially make a difference in improving the quality and efficiency of PSA modeling process.
Keywords
Artificial Intelligence;Probabilistic Safety Assessment;Fault tree analysis(FTA)
Speaker
Hong Li
Shanghai Nuclear Engineering Research &； Design Institute Co., LtdAll Comments
Important Date
-
Conference Date
Sep 23
2024
toSep 25
2024
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Sep 24 2024
Contribution Submission Deadline
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Sep 25 2024
Registration deadline
Sponsored By
Harbin Engineering University (HEU)
Contact Information
- Prof. WANG Xiang
- xi******@hrbeu.edu.cn
Previous Conferences
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2016-09-26 China Chengdu,China
8th International Symposium on Symbiotic Nuclear Power Systems for 21st Century -
2016-09-26 China Chengdu,China
8th International Symposium on Symbiotic Nuclear Power Systems for 21st Century -
2010-08-23 China 哈尔滨市
The 3rd International Symposium on Symbiotic Nuclear Power Systems for 21st Century (ISSNP2010)
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