Application of Marshall - Olkin Discrete Uniform Distribution at Bayesian Approach of HIV-1 Analysis
DOI:
https://doi.org/10.48047/Keywords:
exponential, time period, replication, Bayesian Approach.Abstract
The advanced study about Human Immunodeficiency virus-1 (HIV-1) amounted to
classify the stages of HIV patients into different categories according to the symptoms shown
and the diseases appeared on one‟s body. Various interventions have been implemented for early
detection and prevention of transmission of HIV infection. This has progressively changed the
clinical profile of HIV infected individuals. By considering the distribution of CD4
+
T count as a
discrete distribution and adding stages of HIV patients as an additional parameter, Estimate
posterior distribution for rate of CD4
+
T count using Bayesian Approach. Here we calculate the
CD4
+
T count using discrete uniform distribution in any epoch of time. The time period follows
an exponential distribution. The methodology used is Bayesian approach
