Add to ORKGThis article discusses model development for HIV-infected populations using the sys-tem dynamics technique. The technique has an advantage over conventional model-ling techniques as it is dependent more on causal relationships that involve qualitative and quantitative variables to model socioeconomic problems of a complex nature. The model has been simulated and the results have been compared with the available data
This paper proposes a Multi-Agents Model to simulate the phenomenon of the infection by the human im...
This paper presents a review of works devoted to studies on Human Immunodeficiency Virus (HIV) and A...
Various models of HIV infection and evolution have been considered in the literature. This paper con...
Abstract. HIV/AIDS is one of the most challenging public health burdens worldwide, with more than 34...
Understanding HIV transmission dynamics is critical to estimating the potential population-wide impa...
HIV infection represents one of the major health problems facing the world in the final decade of th...
Since the early eighties, tremendous effort has been made in modelling the human immunodeficiency v...
In this paper we describe a computer model developed jointly by mathematicians and medical consultan...
Born out of a necessity for fiscal sustainability, simulation modeling is playing an increasingly pr...
In this research the techniques of mathematical modeling and computer simulations are applied to an ...
It is not possible to ascertain directly the exact actual value of prevalence of HIV-infected person...
This thesis sought to develop an agent-based model that replicates the formation of social and sexua...
Mathematical models provide a means to understand the human immunodeficiency virus (HIV)-infected im...
Data from eighteen sites in Africa are used to identify new mortality patterns for Africa; two of wh...
We propose a new way to model HIV infection spreading through the use of dynamic complex networks. T...
This paper proposes a Multi-Agents Model to simulate the phenomenon of the infection by the human im...
This paper presents a review of works devoted to studies on Human Immunodeficiency Virus (HIV) and A...
Various models of HIV infection and evolution have been considered in the literature. This paper con...
Abstract. HIV/AIDS is one of the most challenging public health burdens worldwide, with more than 34...
Understanding HIV transmission dynamics is critical to estimating the potential population-wide impa...
HIV infection represents one of the major health problems facing the world in the final decade of th...
Since the early eighties, tremendous effort has been made in modelling the human immunodeficiency v...
In this paper we describe a computer model developed jointly by mathematicians and medical consultan...
Born out of a necessity for fiscal sustainability, simulation modeling is playing an increasingly pr...
In this research the techniques of mathematical modeling and computer simulations are applied to an ...
It is not possible to ascertain directly the exact actual value of prevalence of HIV-infected person...
This thesis sought to develop an agent-based model that replicates the formation of social and sexua...
Mathematical models provide a means to understand the human immunodeficiency virus (HIV)-infected im...
Data from eighteen sites in Africa are used to identify new mortality patterns for Africa; two of wh...
We propose a new way to model HIV infection spreading through the use of dynamic complex networks. T...
This paper proposes a Multi-Agents Model to simulate the phenomenon of the infection by the human im...
This paper presents a review of works devoted to studies on Human Immunodeficiency Virus (HIV) and A...
Various models of HIV infection and evolution have been considered in the literature. This paper con...