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- Fundamental concepts
- Exponential Growth: Difference Equations
- Exponential Growth: Simple Examples
- Exponential Decay
- Flow Rates
- Exponential Growth: Continuous Time Models
- Exponential Decay. The concept of hazard
- Carrying Capacity and Logistic Growth

- Introduction to epidemic models
- A Simple Epidemic
- Ross-MacDonald Malaria Model
- The Kermack-McKendrick Model
- The basic reproduction number, R
_{0}

- Compartment models
- Introduction to Compartment Models
- Distributed Delays
- Complex natural histories following infection

- Simple stochastic models
- The pure-birth process
- Simple Birth and Death Processes
- The Galton-Watson Process
- The Reed-Frost Model
- R
_{0} - Discrete-event simulation

- Examples
- Herd Immunity. Vaccination Programs
- Contact structure
- Pair formation
- Drug resistance

- Age structure
- Simple models of aging
- Stable age distributions
- Epidemic models with age structure
- Raising the age of first infection

- Pathogens in competition
- Competitive Exclusion
- Superinfection
- Simple evolution models

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