A Network-Based Stochastic Analysis of Disease Level with Continuous Distribution
DOI:
https://doi.org/10.52783/jns.v14.2300Keywords:
Exponential distribution, ErlangPhase 2 distribution, r-s-r cycles, Laplace transformAbstract
Several blood glucose levels of a diabetic are covered in this paper. A diabetic's blood glucose level is extremely high, either because they are insulin resistant or because their body does not create enough insulin to process it.Blood glucose level of a patient with damaged pancreas may pass through fair control level and poor control level several times before it reaches controlled level during the treatment. This may lead to number of cyclesof fair control level topoor control level and then to fair control level based on the changes in the blood glucose level of the patient. Together with the expected value and variance of the number of cycles before the blood glucose level gets controlled, as well as numerical examples, the probability of creating such a number of cycles using the exponential distribution and Erlang order 2 are presented.
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