Selected article for: "extended SEIR model and SEIR model"
Author: Mark Hernandez; Lauren E Milechin; Shakti K Davis; Rich DeLaura; Kajal T Claypool; Albert Swiston
Title: The Impact of Host-Based Early Warning on Disease Outbreaks
  • Document date: 2020_3_8
    • ID: 8874c8jp_51
    Snippet: 4. Movement among populations. The policy-dependent SEIR model addresses a single, isolated population being homogenously mixed. However, in many circumstances, QIT policy is driven by a concern for the spread of the pathogen into connected populations. To address these circumstances, the policy-dependent SEIR model may be further extended to incorporate changes in each population compartment that result from the movement of people into (or out o.....
    Document: 4. Movement among populations. The policy-dependent SEIR model addresses a single, isolated population being homogenously mixed. However, in many circumstances, QIT policy is driven by a concern for the spread of the pathogen into connected populations. To address these circumstances, the policy-dependent SEIR model may be further extended to incorporate changes in each population compartment that result from the movement of people into (or out of) individual population compartments from (or to) other populations. In this formulation, individual populations are modeled with the extended SEIR mode as nodes in a migration network. Network edges are characterized by migration rates between the connected subpopulations.

    Search related documents:
    Co phrase search for related documents
    • individual population and pathogen spread: 1, 2
    • individual population and people movement: 1
    • individual population and population compartment: 1, 2
    • individual population and population movement: 1, 2
    • individual population and SEIR model: 1, 2, 3, 4, 5, 6, 7, 8, 9, 10
    • individual population compartment and population compartment: 1
    • individual population compartment and SEIR model: 1
    • isolated population and population compartment: 1
    • isolated population and population movement: 1, 2, 3
    • isolated population and SEIR model: 1, 2, 3, 4, 5, 6
    • isolated population and single isolated population: 1