Difference between revisions of "General Behavior of Infections"
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=Problem definition= | =Problem definition= | ||
| + | |||
| + | How does infection spread? Although there are many models available, most of them are quite straightforward and very simple. I tried to make the whole system more complex by adding some basic behavior to the agents as well as more variables, by which is the infection defined. This creates a more complex insight into the way of spreading those infection. At least to better extend than most models. | ||
| Line 8: | Line 10: | ||
=Model= | =Model= | ||
| − | Agents: People | + | Globals: |
| + | Chance to infect | ||
| + | x | ||
| + | |||
| + | Agents: | ||
| + | People | ||
| + | Centers | ||
| + | |||
| + | Variables: | ||
| + | Number of people | ||
| + | Number of cities | ||
| + | Number of infected population in % | ||
| + | Chance to cure | ||
| + | |||
| + | |||
=Results= | =Results= | ||
Revision as of 14:36, 14 January 2014
Introduction
Problem definition
How does infection spread? Although there are many models available, most of them are quite straightforward and very simple. I tried to make the whole system more complex by adding some basic behavior to the agents as well as more variables, by which is the infection defined. This creates a more complex insight into the way of spreading those infection. At least to better extend than most models.
Method
Model
Globals: Chance to infect x
Agents: People Centers
Variables: Number of people Number of cities Number of infected population in % Chance to cure
