In this article, we provide effective computational algorithms based on Fibonacci wavelet
(FW) to approximate the solution of fractional order electrical circuits (ECs). The proposed …

This study solves the time-fractional telegraph equations with Dirichlet boundary conditions
using a novel and effective wavelet collocation method based on Taylor wavelets. In the …

This study utilizes a spectral tau method to acquire an accurate numerical solution of the
time-fractional diffusion equation. The central point of this approach is to use double basis …

In the present article, we have considered two essential models (The epidemic model of
measles and the smoking model). Across the globe, the primary cause of health problems is …

This study introduces a novel numerical approach based on shifted fractional-order
Gegenbauer wavelets. The technique aims to provide approximate solutions for a certain …

In this paper, we have discussed the Fibonacci wavelet (FW) framework for numerical
simulations of the fractional relaxation–oscillation model (FROM). Firstly, the fractional order …

Novel approach by shifted Schröder polynomials for solving the fractional Bagley-Torvik
equation - IOPscience Skip to content IOP Science home Accessibility Help Search all …

This paper analyzes a novel use of the shifted Fibonacci polynomials (SFPs) to treat the
timefractional Burgers equation (TFBE). We first develop the fundamental formulas of these …

Using the wavelet multiscale coherence technique, the paper examines the
interdependences between global market assets, sovereign credit default swap (CDS) and …

In this paper, we introduce a numerical technique for solving Bagley–Torvik equations which
plays an outstanding role in fractional calculus. To handle the derivatives and fractional …