Math Camp 2014
Modeling Infectious Diseases
On Friday, you will lead the discusion of Group Projects
- Day 1
- Questions
- Recent articles:
- Whooping cough bounces back in Science News, April 19, 2014
- Measles case in U.S. Doubled in past month in the ABQ Journal, May, 2014
- Second U.S. MERS case reported in the ABQ Journal, May, 2014
- Death Toll From Ebola Surges in West Africa, Prompting Alarm in the New York Times, July 16, 2014
- First chikungunya cases acquired in the U.S. reported in the USA Today, July 17, 2014
- Morning Notes (Simple Model)
- Afternoon Notes (SIR Model)
- Day 2
- Morning Notes (Applying Data)
- Kermack-McKendrick paper
- Boarding School paper
- Boarding School Data (Confined to Bed)
- Eyam Data (Plague Victims)
- Raggett paper
- Matlab Codes for Phase Plane Analysis:
- Sulsky's primitive code: phaseplane.m
- SIR differential equations: sir.m
- Polking's sophisticated code: pplane8.m
- Afternoon Notes (Continuous-Discrete Connections)
- Day 3
- Morning Notes (Recurrent Epidemics)
- Matlab Codes for SIR with demography:
Matlab Codes for SIR with seasonality:
- Day 4
Interesting Articles by Anderson and May:
Interesting Recent Article in Philosophical Transactions of the Royal Society:
- Population biology of infectious diseases Nature: Part I
- Population biology of infectious diseases Nature: Part II
Additional ODE Solvers:
Euler's Method (A first order Runge-Kutta Method)
Improved Euler's Method (A second order Runge-Kutta Method)
RK4 (A fourth order Runge-Kutta Method)