A new approach to numerically solve the forward–backward functional differential equation
is presented, where a, b, and c are constant parameters. The step by step version of the Tau …

We use the segmented formulation of the Tau method to approximate the solutions of the
neutral delay differential equationwhich represents, for different values of a, b, c and τ, a …

The spectral properties convergence of the Tau method allow to obtain good approximate
solutions for linear differential problems advantageously. However, for nonlinear differential …

Muchas funciones se encuentran definidas en términos de un desarrollo en serie infinito, o
bien, por un operador diferencial o integral. Tales definiciones resultan útiles al establecer …

The segmented formulation of the Tau method is used to numerically solve the non-
autonomous forward-backward functional differential equation x'(t)= a (t) x (t)+ b (t) x (t-1)+ c …