Study on Resource Optimal Allocation of Internal Threat Nuclear Security Events Based on Stackelberg Game
Authors: 
Susu Ni, Shuliang Zou, Jiahua ChenAuthors Info & Claims
Susu Ni, Shuliang Zou, Jiahua ChenAuthors Info & ClaimsPages 580 - 586
Abstract
Insider threats are a key issue in the physical protection of nuclear materials and facilities. In order to study the influence of insiders, the Stackelberg game is introduced into the internal threat nuclear security events, considering the defensive resource budget of physical protection system upgrade, and using mixed integer programming, the Stackelberg game scenario between external adversaries and defenders is mathemically described. Then, combined with the undetected probability, travel time and other main input parameters, the built-in accurate algorithm of CPLEX and YALMIP and MATLAB software is used to solve the model, and the interaction between the intention and strategy of the game participants is realized. The results show that compared with passive insiders, insiders with higher access rights and in the main path have a greater impact on game equilibrium. Finally, it provides some reasonable recommendations for optimizing the allocation of internal threat nuclear security event resources from the improvement strategy of physical protection system.
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- Study on Resource Optimal Allocation of Internal Threat Nuclear Security Events Based on Stackelberg Game
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Published In
April 2024
759 pages
ISBN:9798400709784
DOI:10.1145/3677182
Copyright © 2024 ACM.
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Association for Computing Machinery
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Published: 03 August 2024
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ASENS 2024
ASENS 2024: International Conference on Algorithms, Software Engineering, and Network Security
April 26 - 28, 2024
Nanchang, China
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