Network Dynamics

SIS Spreading

In this session we implement a simple SIS model on a network. Nodes switch between Susceptible (S) and Infected (I).

Case Studies

SIS Model Assignment

What do we need?

`networkx`

Create graphs and store node states.

`matplotlib.pyplot`

Draw graphs and plot time series of S and I.

References

Session code: amlab/networks_complex
Curated references: references

---
title: "Network Dynamics"
subtitle: "SIS Spreading"
format: html
---

In this session we implement a simple SIS model on a network. Nodes switch between Susceptible (S) and Infected (I).

## Case Studies

[SIS Model](sis.qmd){.btn .btn-primary} [Assignment](assignment.qmd){.btn .btn-secondary}

## What do we need?

### `networkx`

Create graphs and store node states.

### `matplotlib.pyplot`

Draw graphs and plot time series of S and I.

## References

- Session code: [amlab/networks_complex](../../amlab/networks_complex/)
- Curated references: [references](../../references/)