Utilization of an "SIS" Network model to display the dynamics of HIV and its transition to AIDS in an at-risk population.

Final Project Model

Test Model for HIV Network

HIV Network Model

HIV Model

Simulation of the HIV immune model with treatment

Simualtion of the viral and immune system dynamics of HIV.

One-Mode SIS Model with Epidemic Simulation of 150 nodes with 2 races

"Template": 1000 nodes with two races.

Lab 5: Adjusted forcing to "2 years"

Lab 5: Adjusted forcing to "3 years".

Lab 5: Adjusted forcing to "5 years"

Lab 5: Adjusted forcing to "10 years"

Lab 5: Forcing adjusted to "1 year"

Lab 5: Amplitude of seasonality adjusted to "1"

Lab 5: Amplitude of seasonality adjusted to "0.8"

Lab 5: Amplitude of seasonality adjusted to "0.5"

Lab 5: Amplitude of seasonality adjusted to "0.2"

Lab 5: Amplitude of seasonality adjusted to "0"

Lab 5: Original Model

Inf. Epi: Lab 4

Inf. Epi: Lab 4

Inf. Epi: Lab 4

Inf. Epi: Lab 4

Inf. Epi: Lab 4

Inf. Epi: Lab 4

Lab 4: Using an SIS epidemiological model to predict the proportion of a population who should consistently use an intervention, in this instance contraception, in order to eliminate outbreaks of STIs

Lab 4: Stimulating a model to predict and STI epidemic over 10 years

Lab 4: Contraception use provides 80% protection against disease acquisition for both men and women

Lab 3

Lab 2

Lab 2

Lab 2

Lab 2

Lab 2

Lab 2

Lab 1- Measles

Lab 1- Pertussis

Lab 1- Chicken pox

Lab 1- Mumps

Lab1- Rubella

Lab 1- Polio

Lab 1 of Modeling Infectious Diseases