AbstractThis paper applies the Heydari–Hosseininia nonsingular fractional derivative for defining a variable-order fractional version of the Sobolev equation. The orthonormal shifted discrete Legendre polynomials, as an appropriate family of basis functions, are employed to generate an operational matrix method for this equation. A new fractional operational matrix related to these polynomials is extracted and employed to construct the presented method. Using this approach, an algebraic system of equations is obtained instead of the original variable-order equation. The numerical solution of this system can be found easily. Some numerical examples are provided for verifying the accuracy of the generated approach.
This paper structures some new reproductive kernel spaces based on Legendre
polynomials to solve time variable order fractional
advection-reaction-diffusion equations. Some examples are given to show the
effectiveness and reliability of the method.
An accurate approach based on the orthonormal shifted discrete Legendre polynomials for variable-order fractional Sobolev equation
