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We seek to regulate the viral count by manipulating the percentage of effect chemotherapy has on the viral production. We show via numerical simulations that ...
May 1, 2024 · We seek to regulate the viral count by manipulating the percentage of effect chemotherapy has on the viral production. We show via numerical ...
This work shows via numerical simulations that the proposed feedback control strategy of chemotherapy in an early treatment setting can handle strong ...
As an interesting application of feed- back to physical and biological systems, in this work we study the chemotherapy of HIV from a feedback control viewpoint.
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VelascoHernandez, “Feedback Control of the Chemotherapy of HIV,” International Journal of Bifurcation and Chaos, Vol. 10, No. 9, 2000, pp. 22072219. has ...
This paper shows how controllability analysis can be applied to HIV/AIDS models to identify stages where therapy initiation can benefit the patient more.
Using the Pontryagin Maximum Principle, we set one objective function to maximize the benefit of the T cells and minimize the chemotherapy cost. A ...
Jan 2, 2011 · In this presentation we apply a receding horizon observer to an HIV feedback control problem in order to derive optimal treatments of HIV ...
We seek to regulate the viral count by manipulating the percentage of effect chemotherapy has on the viral production. We show via numerical simulations that ...
Presently, the most widely used drugs for chemotherapy of HIV infection are AZT, DDI, DDC and D4T. These drugs all work as inhibitors of reverse transcriptase ...
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