Covid-19-vaccination

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Revision as of 00:22, 1 February 2022 by Laura (talk | contribs) (Covid 19 Infection Mechanism)
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Problem definition

Currently, there is a new wave of infection in the COVID-19 pandemic with high number of infections. In Germany, for example, more than 50,000 new infections are currently reported every day. To reduce the infection rate, a wide variety of measures have been implemented. One of these measures are the vaccination and masks. Vaccination can reduce the risk of infection and the likelihood of transmissibility. A simulation is conducted to vividly identify the extent to which vaccination could contain the pandemic.

Method

The purpose of the simulation is to show how COVID-19 vaccination affects the spread of the pandemic. I will use an agent-based model, this method enables to reflect the real scenario at the best. Thereby people can be represented by autonomous agents and it is possible to simulate their daily behavior and thus the spread of the virus in a simplified way.


Model

Environment

Agents

Movement

Spread of infection

Parameter

World Parameters

Behavioral Parameters

Infection Mechanic Parameters

Preset Values

Output

Monitors

Plots

Results

Conclusion

Sources

NetLogo File