| Abstract: |
| The theory of time scales, nonempty closed subsets of real numbers, was first
introduced by Stefan Hilger in 1988 in order to unify the continuous and discrete analysis.
The continuous case of HIV-1 dynamics in vivo is modeled by systems of first order
differential equations in 1996. Our main purpose in this study is to analyze patient data on
continuous and discrete cases. To achieve our goal, we formulate initial value problems
for modeling the dynamics of HIV-1 on time scales and calculate the total
concentration of plasma virions on different time scales. Then, we use Mathlab with
nonlinear least squares regression to fit these models to the data. |
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