Paper Infomation
Dynamic Strategies for Setting and Arranging Emergency Points in Public Health Incidents
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Author: Zhangzhe Liu, Li Jiang, Ang Du
Abstract: In the early stages of a public health outbreak, the use of a more efficient and economically efficient number of nucleic acid points has positive implications for the fight against the epidemic. Based on the Haff model, Dijas algorithm and queuing theory, taking Beijing Tiantongyuan community as an example, the optimal scheme of point setting under the current model can be calculated based on the local population data, infrastructure scale and commuting mode. The results of this paper show the theoretical number of carriers and the optimal number of Windows for the nucleic acid test samples as of July 25,2023. The strategy optimization of the design scheme of nucleic acid test samples can reduce economic costs, have good prevention and control effect, and improve the quality of infectious disease prevention and management.
Keywords: Public Health Management, Huff Model, Queuing Theory Model, Quality Prevention and Control
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