Duan Yan Hong
ABSTRACT
In response to the challenge of evaluating the comprehensive protection effectiveness of collaborative detection resources under strong adversarial conditions, this article first uses the comprehensive protection theory as a guide to analyze the evaluation index system, and uses a combination of Analytic Hierarchy Process (AHP) and improved grey target technology to assign weights to the evaluation index combination. Then, Combining the technique for order preference by similarity to ideal solution (TOPSIS) with improved grey target evaluation technology, Propose a comprehensive protection effectiveness evaluation model for collaborative detection resources based on improved TOPSIS. Finally, taking an example of the comprehensive protection effectiveness evaluation of collaborative detection resources under strong adversarial conditions, the effectiveness of the case was verified by comparing it with the TOPSIS evaluation model and the grey correlation evaluation model, and the scientific effect of the comprehensive protection effectiveness evaluation was achieved.
CCS CONCEPTS • Computing methodologies∼Modeling and simulation∼Simulation evaluation•Theory of computation∼Design and analysis of algorithms∼Algorithm design techniques
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Index Terms
- Evaluation of Comprehensive Protection Effectiveness of Collaborative Detection Resources under Strong Confrontation Conditions
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