In this model during an epidemics, a node has two distinct and mutually exclusive behavioral alternatives, e.g., the decision to do or not do something, to participate or not participate in a riot. Node’s individual decision depends on the percentage of its neighbors have made the same choice, thus imposing a threshold. The model works as follows: - each node has its own threshold; - during a generic iteration every node is observed: iff the percentage of its infected neighbors is grater than its threshold it becomes infected as well.
In this model during an epidemics, a node has two distinct and mutually exclusive behavioral alternatives, e.g., the decision to do or not do something, to participate or not participate in a riot. Node’s individual decision depends on the percentage of its neighbors have made the same choice, thus imposing a threshold. The model works as follows: - each node has its own threshold; - during a generic iteration every node is observed: iff the percentage of its infected neighbors is grater than its threshold it becomes infected as well.
We have provided several servers of different platforms for model deploying.
If this model was contributed by you, and you want to deploy this model only on your model server, please change its content type to 'md5' in your space.
