Epidemiology is the glorious discipline underlying medical research, public health practice,
and health care evaluation. Nowadays, research on disease models with anonymous …

In this study, the design of a novel model based on nonlinear third‐order Emden–Fowler
delay differential (EF‐DD) equations is presented along with two types using the sense of …

In this research, Genocchi wavelets method, a quite new type of wavelet-like basis, is
adopted to obtain a numerical solution for the classical and time-fractional Rosenau-Hyman …

In this paper, we present an approximate solution for solving the nonlinear Rosenau–Hyman
equation. The method is based on adapting the wavelet technique accompanied with the …

In this paper, the numerical technique with the help of the Lucas wavelets (LWs) and the
Legendre–Gauss quadrature rule is presented to study the solution of fractional Fredholm …

In the present paper, we apply the fractional-order Bessel wavelets (FBWs) for solving
optimal control problems with variable-order (VO) fractional dynamical system. The VO …

In this article, a wavelet collocation method based on linear Legendre multi-wavelets is
proposed for the numerical solution of the first as well as higher orders Fredholm, Volterra …

In this article, we study the numerical technique for variable‐order fractional reaction‐
diffusion and subdiffusion equations that the fractional derivative is described in Caputo's …

In this study, two numerical methods [(a) artificial neural network method with three layers
(input layer, hidden layer, output layer) and (b) least squares support vector regression (LS …

Fractional delay differential equations (FDDEs) and time-fractional delay partial differential
equations (TFDPDEs) are the focus of the present research. The FDDEs is converted into a …