AbstractIn this paper, we study the existence, uniqueness and regularity of solutions for a kind of Volterra functional integral equations with proportional delay qt(0<q<1),t∈[0,T]. We analyze the convergence of the piecewise linear collocation method. Several numerical experiments are used to illustrate theoretical results
AbstractIn this paper, for the “critical case” with two delays, we establish two relations between a...
This article studies the possibility of approximate solution of resolving equations for boundary val...
The paper deals with the study of the existence of solutions of a quadratic integral equation of Vol...
AbstractThe numerical analysis of Volterra functional integro-differential equations with vanishing ...
In some recent works we proposed a collocation method by deficient splines to approximate the soluti...
In some recent works we proposed a collocation method by deficient splines to approximate the soluti...
In some recent works we proposed a collocation method by deficient splines to approximate the soluti...
Abstract. In some recent works we proposed a collocation method by deficient splines to approximate ...
The main purpose of this paper is to study the numerical solution of nonlinear Volterra integral eq...
AbstractIn this paper we introduce and study polynomial spline collocation methods for systems of Vo...
In this paper we introduce new kind of nonuniform mesh, the so-called geometric mesh, and discuss th...
This work is related to inequalities in the approximation theory. Mainly, we study numerical solutio...
In this paper we construct a new class of continuous methods for Volterra integral equations. These...
AbstractIn this paper we present an analysis of the global convergence properties of certain piecewi...
We will present results on the representation and the regularity of exact solution for the Volterra ...
AbstractIn this paper, for the “critical case” with two delays, we establish two relations between a...
This article studies the possibility of approximate solution of resolving equations for boundary val...
The paper deals with the study of the existence of solutions of a quadratic integral equation of Vol...
AbstractThe numerical analysis of Volterra functional integro-differential equations with vanishing ...
In some recent works we proposed a collocation method by deficient splines to approximate the soluti...
In some recent works we proposed a collocation method by deficient splines to approximate the soluti...
In some recent works we proposed a collocation method by deficient splines to approximate the soluti...
Abstract. In some recent works we proposed a collocation method by deficient splines to approximate ...
The main purpose of this paper is to study the numerical solution of nonlinear Volterra integral eq...
AbstractIn this paper we introduce and study polynomial spline collocation methods for systems of Vo...
In this paper we introduce new kind of nonuniform mesh, the so-called geometric mesh, and discuss th...
This work is related to inequalities in the approximation theory. Mainly, we study numerical solutio...
In this paper we construct a new class of continuous methods for Volterra integral equations. These...
AbstractIn this paper we present an analysis of the global convergence properties of certain piecewi...
We will present results on the representation and the regularity of exact solution for the Volterra ...
AbstractIn this paper, for the “critical case” with two delays, we establish two relations between a...
This article studies the possibility of approximate solution of resolving equations for boundary val...
The paper deals with the study of the existence of solutions of a quadratic integral equation of Vol...
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