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Full-Text Articles in Physical Sciences and Mathematics
Large Scale Disease Modeling, Walker Mattox
Large Scale Disease Modeling, Walker Mattox
Master's Theses
In this we study large scale disease modeling. After understanding the mechanics behind the SIR disease model in an ODE sense, we will apply this knowledge to model disease spread in more and more increasing advanced cellular automata. Eventually, some of our cellular automata will include long distance travel. From this discrete data, we can then build an SIR model in the PDE sense to display large scale disease spread.
On A Stochastic Model Of Epidemics, Rachel Prather
On A Stochastic Model Of Epidemics, Rachel Prather
Master's Theses
This thesis examines a stochastic model of epidemics initially proposed and studied by Norman T.J. Bailey [1]. We discuss some issues with Bailey's stochastic model and argue that it may not be a viable theoretical platform for a more general epidemic model. A possible alternative approach to the solution of Bailey's stochastic model and stochastic modeling is proposed as well. Regrettably, any further study on those proposals will have to be discussed elsewhere due to a time constraint.