Selected article for: "compartment model and SIR compartment model"

Author: Luis G. Nardin; Craig R. Miller; Benjamin J. Ridenhour; Stephen M. Krone; Paul Joyce; Bert O. Baumgaertner
Title: Planning horizon affects prophylactic decision-making and epidemic dynamics
  • Document date: 2016_8_12
  • ID: 30kwl4rj_67
    Snippet: Similar to our SPIR model, Perra et al. [15] and Del Valle et al. [4] also proposed an 378 extension to the SIR model and included a new compartment that reduces the transmission rate 379 between the susceptible and infectious states. A clear distinction between these models and the 380 SPIR model is that their agents do not take into account the costs associated with moving 381 between the susceptible compartment and this new compartment. While .....
    Document: Similar to our SPIR model, Perra et al. [15] and Del Valle et al. [4] also proposed an 378 extension to the SIR model and included a new compartment that reduces the transmission rate 379 between the susceptible and infectious states. A clear distinction between these models and the 380 SPIR model is that their agents do not take into account the costs associated with moving 381 between the susceptible compartment and this new compartment. While in Perra et al. [15] 382 agents make the decision to move between compartments based on the disease prevalence, in 383 Del Valle et al. [4] new constant transfer rates are defined to handle the transition.

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