Key points are not available for this paper at this time.
Abstract In this paper, we use fractional order derivative in the form of Caputo Fabrizio to study the dynamical behavior of the co-infection model of Malaria and Ebola. First, we use fixed-point theory, to demonstrate both the existence and uniqueness of the proposed model. Then, we show that the model is well-posed. Adam-Bash fourth technique. Finally, the numerical outcomes are provided by defending the importance of the arbitrary fraction order derivative using a set of parameter values. The graphical outcomes demonstrated that the co-infection of Malaria and Ebola in Caputo Fabrizio’s fractional model provides useful information. This study helps to understand the complexity of the co-infection model that is valid and reliable for both integer and non-integer orders. Subject Classification: 92D30, 34D05
Ullah et al. (Fri,) studied this question.