Solving an SEIRS-α epidemic model using the third degree hat functions
In this paper, numerical solution of a system of fractional differential equations which is the model of an epidemic disease is considered. To this aim, first, third degree hat functions and their properties are introduced. After that, using the expansion of the existing functions in the system in terms of the basis functions, the system under consideration is transformed to a system of algebraic equations that can be solved using iterative methods. Then, by solving the problem with a given initial data and comparing the results with the reported real data, efficiency of the method is shown.
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Solving Fractional Optimal Control-Affine Problems via Fractional-Order Hybrid Jacobi Functions
Zeinab Barary, Allahbakhsh Yazdani Cherati *,
Control and Optimization in Applied Mathematics, Winter-Spring 2024 -
Application of hat functions in solving fractional delay differential equations
*, Zahra Rezaei Kalansara
Journal of Mathematical Researches,