Selected article for: "H1N1 influenza and infectious disease"
Author: Sanjay Mehrotra; Hamed Rahimian; Masoud Barah; Fengqiao Luo; Karolina Schantz
Title: A Model for Supply-Chain Decisions for Resource Sharing with an Application to Ventilator Allocation to Combat COVID-19
  • Document date: 2020_4_6
    • ID: 6ixjbbek_12
    Snippet: The problem of determining the levels of contact tracing to control spread of infectious disease using a simulation approach to a social network model is considered in [11] . A linear programming model is used in investigating the allocation of HIV prevention funds across states [15] . This paper suggests that in the optimal allocation, the funds are not distributed in an equitable manner. A linear programming model to derive an optimal allocatio.....
    Document: The problem of determining the levels of contact tracing to control spread of infectious disease using a simulation approach to a social network model is considered in [11] . A linear programming model is used in investigating the allocation of HIV prevention funds across states [15] . This paper suggests that in the optimal allocation, the funds are not distributed in an equitable manner. A linear programming model to derive an optimal allocation of healthcare resources in developing countries is studied in [17] . Differential equation-based systems modeling approach is used in [10] to find a geographic and demographic dependent way of distributing pandemic influenza vaccines based on a case study of A/H1N1 pandemic.

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