Selected article for: "numerical simulation and simulation set"

Author: Li, B.; Wang, L.; Liu, Z.
Title: Game Analysis of Military-Civil Integration in Emergency Logistics Distribution Under the Context of Pandemic
  • Cord-id: p7gvbsp2
  • Document date: 2021_1_1
  • ID: p7gvbsp2
    Snippet: Under the context of COVID-19, country needs the military to take part in the lives of the residents for distribution of related products during special periods. The civil also need to cooperate with the military for products distribution, while the civil also need to improve their sales for growth. Nowadays, prior studies focused on the distribution of products about the cooperation with the civil and the military. Based on the theory of game analysis, we set numerical simulation to test the st
    Document: Under the context of COVID-19, country needs the military to take part in the lives of the residents for distribution of related products during special periods. The civil also need to cooperate with the military for products distribution, while the civil also need to improve their sales for growth. Nowadays, prior studies focused on the distribution of products about the cooperation with the civil and the military. Based on the theory of game analysis, we set numerical simulation to test the stability of the equilibrium point. Then, we find that set (non-compulsory, positive distribution) is the evolutionarily stable strategy. The more distribution quantity that the military require the civil delivery, and the more proportion of reputation that the civil get, the less time for the civil to consider, the win-win will realize. In the end, we provide some implications for the civil and the military to consider, and represents limitations and further studies. © 2021, The Author(s), under exclusive license to Springer Nature Switzerland AG.

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