Information security assessment method of electric vehicle charging pile based on game theory and combinatorial weighting method of VIKOR method
Authors: 
Hongbiao Wang, Yang Gao, Yu Tong Zhao, Zhen Chen, Xianglu Liu, Xiaoxi YuanAuthors Info & Claims
Hongbiao Wang, Yang Gao, Yu Tong Zhao, Zhen Chen, Xianglu Liu, Xiaoxi YuanAuthors Info & ClaimsPages 54 - 60
Abstract
To quantitatively analyze the information security status of the electric vehicle charging station system and reveal its potential security vulnerabilities and risk points, this study combines game theory and VIKOR methods, and adopts a subjective and objective weighting method to develop a plan and process for evaluating the information security risk of the electric vehicle charging station system. The research first constructs the asset safety value framework and threat level indicator system for the electric vehicle charging pile system. Then, the charging station system is divided into electric vehicle charging stations, operation management platforms, user assets, as well as the communication links and data between them. Through on-site investigations and questionnaires, expert opinions are collected for quantitative processing. The subjective and objective weighting method combining game theory and VIKOR method was used to calculate the asset security value and threat weights. On this basis, the weighted sum and multiplication method is used to calculate the risk values of various assets, effectively identifying the weak links and safety risks of the charging pile system, and proposing corresponding safety prevention measures and suggestions
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Index Terms
- Information security assessment method of electric vehicle charging pile based on game theory and combinatorial weighting method of VIKOR method
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Published In
December 2023
917 pages
ISBN:9798400716669
DOI:10.1145/3659211
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Published: 29 May 2024
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BDEIM 2023
BDEIM 2023: 2023 4th International Conference on Big Data Economy and Information Management
December 8 - 10, 2023
Zhengzhou, China
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