You are encouraged to begin assignments early. Indeed, Assignments 1-4 can be done any time after the first two classes, as can the final assignment.
Assignments:
Assignment 1 (the individual assignment) was handed out in the second class. Due Friday, Mar 20.
Assignment 2. Due Monday Mar 23.
Note: There is a small typo in Equation (3.4). The \lambda should be \Omega.
Assignment 2 is worth 12 marks in total.
Assignment 3. Due Friday Mar 27.
Assignment 4. Due Monday Mar 30.
Correction: Question 3 should include a constant birth rate. Question 4 should have C'= not C=.
Assignment 5. Due Thursday April 2.
Final Assignment Due Friday April 3 in class. Note that this assignment MUST be delivered in class.
In general you can do any assignment except Assignment 4 already, so be sure to get ahead before the deadlines crash in.
Slides:
Microbicides for HIV prevention
The impact of microbicides on men
A model for the eradication of Guinea Worm Disease
Neglected Tropical Diseases: infection, modelling and control
HIV and End-Stage Renal Disease
Extra notes on classification of equilibria in nonlinear systems
Evaluating a potential Cytotoxic T-lymphocyte HIV vaccine
Floquet Theory for impulsive differential equations
Adherence to antiretroviral drugs: how many doses can you miss before resistance emerges?
Modelling imperfect adherence to HIV induction therapy
Can we spend our way out of the AIDS epidemic?
The impact of media on an influenza pandemic
Can the viral reservoir of latently infected CD4+ T cells be eradicated with antiretroviral drugs?
Matlab code for impulsive differential equations for the Guinea Worm model:
GWD.m
GWDf.m