Difference between revisions of "SIR Modeling"
| Line 3: | Line 3: | ||
Discrete-time SIR modeling of infections/recovery | Discrete-time SIR modeling of infections/recovery | ||
| − | The model consists of individuals who are either Susceptible ( | + | The model consists of individuals who are either Susceptible (<math>S</math>), Infected (<math>I</math>), or Recovered (<math>R</math>). |
| + | |||
The epidemic proceeds via a growth and decline process. This is the core model of infectious disease spread and has been in use in epidemiology for many years. | The epidemic proceeds via a growth and decline process. This is the core model of infectious disease spread and has been in use in epidemiology for many years. | ||
The dynamics are given by the following 3 equations. | The dynamics are given by the following 3 equations. | ||
Compartmental Modeling
Discrete-time SIR modeling of infections/recovery
The model consists of individuals who are either Susceptible ([math]S[/math]), Infected ([math]I[/math]), or Recovered ([math]R[/math]).
The epidemic proceeds via a growth and decline process. This is the core model of infectious disease spread and has been in use in epidemiology for many years.
The dynamics are given by the following 3 equations.
hkilter.com by H. K. Ilter is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License
© 2020 H. K. Ilter
