You are using the new UI (Beta).Return to the original UI

This page has been automatically translated by machine translation. Please note that translations may not be entirely accurate.

keisanHigh-precision calculations for everyday life and work
Login|Register

SEIR Model (Differential Equations for Coronavirus Infection, Part 2)

Author: tonagaiExecutions: 3131
TOP/Shared Formulas (Life)/Health

※ This library was created by a member. This site is not responsible for its content.

Manage Bookmarks
Following the SIR model, we will now calculate the SEIR model, which represents the spread of an infectious disease. Here,
S stands for Susceptible, E for Exposed (those in the incubation period), I for Infected, and R for Recovered. The calculation is performed using the Runge-Kutta method with a 4th-order, 4-stage scheme.
Infection rate β for infectious diseases
Incidence rate ε of infectious diseases
Recovery rate γ from infectious diseases
Birth Rate and Death Rate μ
Susceptible (those without immunity) Initial value
People in the incubation period (Exposed) Default value
Number of new cases (Infectious) Initial value
People who have acquired immunity (Recovered) Default value
Maximum time
Number of time intervals
Related links

No customer feedback for this calculation yet.