Carrier models for the simulation of Hodgkin's disease: a review with some extensions

Modelling space-time HIV/AIDS dynamics: applications to disease control

This paper applies the outputs of a family of HIV/AIDS models to problems in disease control. The epidemic models comprising this suite include single and multiregion representations each adopting either a one or two risk population format. Here, risk is expressed in terms of activity rates and those at low risk are characterized by a reproduction rate of less than unity which defines a simulated epidemic that cannot start. These models are applied to the following problems in prevention and control: first, estimating the impact of national variations in population growth rates on the predicted size of the epidemic, second, constructing control charts to assess the impact of intended interventions, third, evaluating the consequences of targeting preventative action at those at high risk; and last, evaluating the implications for international control of differences between the serological and simulated pandemic pathways. The discussion sets these findings within the context of forming health policy.

Forecasting global HIV-AIDS dynamics: modelling strategies and preliminary simulations

In the light of the considerable biomathematical effort devoted to building models of the incidence of HIV and AIDS in communities, in this paper a multiregion specification is developed that includes a parsimonious cross-infection mechanism where high-risk and low-risk populations are distinguished by their promiscuity rates. The nature of this mixing is compared with some existing modelling formats, and some preliminary simulations are presented for the timing and spread of the epidemic in a sixteen-city global system.