Simulation and Analysis of Fractional Model of Human Liver with Real Data Comparison via Caputo Derivative

Abstract

In this work, we have examined the fractional model of the human liver based on BSP test. A hybrid numerical technique namely Natural transform homotopy perturbation technique is utilised for solving the given model. This technique is an excellent combination of Natural transform and a semi-analytical technique. The Ulam–Hyers stability of the solutions of the given model is analysed. The existence of a unique solution is established by using fixed-point theorem. Finally, the efficiency of the presented technique is validated by comparing the numerical results with the existing methods and clinical data.