A Workflow for Software Development Within Computational Epidemiology
A critical investigation into computational models developed for studying the spread of communicable disease is presented.
A critical investigation into computational models developed for studying the spread of communicable disease is presented.
This thesis presents a method for understanding disease surveillance systems structurally and examines four existing systems.
Experiments using a microsimulation platform show that vaccination against pandemic H1N1 influenza is highly cost-effective.
This article presents a spatially explicit microsimulation model that uses official anonymized register data collected from all individuals living in Sweden.
A two-layered architecture for reasoning that uses narratives to guide its behavior is presented.