morLAB
morLAB
Research
People
Publications
Contact
Light
Dark
Automatic
Pandemic planning
A large simulation experiment to test influenza pandemic behavior
Cite
Predicting the spread of pandemic disease-Agent-based simulation models (where people are agents) emerge as a viable tool to address a complex problem
Cite
The use of simulation methods to understand and control pandemic influenza
This thesis investigates several uses of simulation methods to understand and control pandemic influenza in urban settings. An …
PDF
Cite
A cost effectiveness analysis of the H1N1 vaccine strategy for Ontario, Canada
In Ontario, Canada, a mass vaccination strategy was developed and implemented to mitigate the effects of the 2009 pandemic influenza A …
PDF
Cite
DOI
A nonhomogeneous agent-based simulation approach to modeling the spread of disease in a pandemic outbreak
To effectively prepare for a pandemic disease outbreak, knowledge of how the disease will spread is paramount. The global outbreak of …
Cite
DOI
Estimation and management of pandemic influenza transmission risk at mass immunization clinics
Cite
Improving influenza pandemic mitigation policy through agent-based modeling and simulation
Cite
Quantitatively predicting flu centre impact on Canadian healthcare resource use
There are several models used to predict the spread of disease in a pandemic, but few, if any, incorporate the effect of healthcare …
Cite
DOI
A non-homogeneous mixing model for predicting pandemic disease spread
Cite
Accounting for individual behaviors in a pandemic
Cite
«
Cite
×