We review mathematical modeling and related statistical issues of HIV dynamics primarily in
response to antiretroviral drug therapy in this article. We start from a basic model of virus …

Treating HIV-infected patients with a combination of several antiretroviral drugs usually
contributes to a substantial decline in viral load and an increase in CD4+ T cells. However …

An efficient sparse modeling pipeline for the classification of human actions from video is
here developed. Spatio-temporal features that characterize local changes in the image are …

A new intra‐host model of malaria that describes the dynamics of the blood stages of the
parasite and its interaction with red blood cells and immune effectors is proposed. Local and …

This paper presents a mathematical model which is in the form of a system of ordinary
differential equations. These equations describe the dynamics of the immune system …

One major drawback associated with the use of anti-retroviral drugs in curtailing HIV spread
in a population is the emergence and transmission of HIV strains that are resistant to these …

In this paper, a drug-sensitive and drug-resistant mixed strains of HIV infection model with
saturated incidence and distributed infection delays is proposed. The drug-sensitive strain …

In this paper we investigate the global dynamics in an HIV virus infection model with
saturated incidence. The model includes two viral strains, one is wild-type (ie drug sensitive) …

The optimal treatment strategies with an age-structured model of HIV infection are
investigated. The age-structured model allows for variations in the virion production rate and …

The “shock and kill” strategy is being widely explored to purge Human Immunodeficiency
Virus (HIV) latent reservoirs. Romidepsin, a kind of latency-reversing agents (LRAs), has …