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Vensim-Experiments

This repository relates to the development of models in Vensim related to Public Health or the application of its principles.

Epidemiological approach to high-level Cyber-Resilience

This model explores the use of epidemiological models to

  • represent the process of zero-day vulnerability creation,
  • the infection of suceptible informtion systems by malware exploiting these zero day vulnerabilities, and
  • the creation of patches to neutralize malware that exploit zero-day vulnerabilities.

This model is part of a Journal paper "A system dynamics, epidemiological approach for high-level cyber-resilience to zero-day malware" currently under review by a peer-reviewed journal.

Available files

The following files are available:

  • A pdf file with a draft of the journal paper.
  • An mdl file with a System Dynamics model that can be run in Vensim

Ventilation_vs_Infectivity

This model explores the influence of ventilation on indoor viral infectivity.

This System Dynamcis model is based on a SIR Model, integrating the influence of Ventilation into the mechanics that lead to an infection.

Available Files

The following files are available:

  • An mdl file with a System Dynamics model that can be run in Vensim, or
  • An ipynb file that can be opened as a Jupyter Notebook or Jupyter Lab

Contributing

Pull requests are welcome. For major changes, please open an issue first to discuss what you would like to change.

License

MIT

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This repository relates to the development of System Dynamics models in areas such as Public Health, epidemiology and Cyber-resilience.

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