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This article describes IDM's malaria model which combines detailed vector population dynamics that interact with the human population, and a microsimulation for human i
The impact of potential malaria vaccines is studied utilizing IDM's malaria model and EMOD software which couple a detailed description of the vector lifecycle with a comprehensive, mechanistic
Stochastic simulations of reaction-diffusion processes are frequently used for modelling epidemiological processes.
Mathematical models of ART and PrEP have been used to assess the risk of drug resistance on the individual and population level.
Malaria exhibits tremendous antigenic variation, both within single infections and across the parasite population, and variant-specific exposure is a strong predictor of future responses.
Public health campaigns attempt to drive the effective reproduction number close to unity.
This paper presents an algorithm to form heterosexual relationships of a desired joint age–mixing distribution. It includes control of the rates at which individuals seek new relationshi
This paper presents a mechanistic intrahost model and model-based simulations of the dynamics of P. falciparum.
Several mathematical models that simulate HIV infection and disease progression have been developed to investigate the impact of expanding access to ART on the incidence of HIV (the number of new i
Mathematical modelling is used to investigate the potential impact of treatment on HIV incidence but substantial uncertainties will remain because information on all the factors that could influenc