SIRS Simulator

EPIDEMIC SPREAD MODELING SYSTEM

Population Size 1500
Transmission Rate 0.4
Recovery Speed 0.01
Immunity Duration 180
SUSCEPTIBLE
INFECTED
RECOVERED
🦠 0.0%
Râ‚€ 0.0
Wall Opening 120

POPULATION STATISTICS

SUSCEPTIBLES (S) 0
INFECTED (I) 0
RECOVERED (R) 0

SIR TIME SERIES

EPIDEMIC SUMMARY

PEAK INFECTED 0%
EPIDEMIC DURATION --

🎓 Tutorial: SIRS Simulator

The SIRS model is a epidemiological mathematical model that simulates how an infectious disease spreads through a population over time.

In this model, individuals transition through three stages: Susceptible (can catch the virus), Infected (currently sick and spreading it), and Recovered (temporarily immune). Unlike standard SIR models, the final S means immunity eventually decreases, allowing recovered individuals to become susceptible again, creating potential cycles of reinfection.

Welcome to the simulator! Here is how to control and monitor the system: