AbstractThe regularization method used to solve Volterra (particulary Radon integral equations) is considered. The recurrence relation of certain integrals is calculated. In addition, we describe a modification of S. Alliney and F. Sgallari method. Numerical examples are also reported
The regularization method is one of the important schemes to solve the ill-posed problems. In this w...
Based on a regularized Volterra equation, two different approaches for numerical differ-entiation ar...
In this article the methodology for divergent integral regularization developed in [8] is applied fo...
AbstractThe regularization method used to solve Volterra (particulary Radon integral equations) is c...
AbstractThe model Radon equation is the integral equation of the second kind defined by the interior...
Abstract. We consider the problem of finding regularized solutions to ill-posed Volterra integral eq...
Abstract. First-kind Volterra problems arise in numerous applications, from inverse problems in math...
Abstract. We survey continuous and discrete regularization methods for first-kind Volterra problems ...
AbstractIn this paper, we use rationalized Haar (RH) functions to solve the linear Volterra integral...
Problems of physics, mechanics of theoretical and practical importance are solved by the met...
The regularization method of linear integral Volterra equations of the first kind is considered. The...
We consider a local regularization method for the solution of first-kind Volterra integral equations...
AbstractIn this paper a collocation procedure is developed for a linear Volterra integral equation o...
AbstractA new Volterra type integral equation method for the numerical solution of the radial Schröd...
We study a regularization of linear Volterra integral equation of the first kind with differentiable...
The regularization method is one of the important schemes to solve the ill-posed problems. In this w...
Based on a regularized Volterra equation, two different approaches for numerical differ-entiation ar...
In this article the methodology for divergent integral regularization developed in [8] is applied fo...
AbstractThe regularization method used to solve Volterra (particulary Radon integral equations) is c...
AbstractThe model Radon equation is the integral equation of the second kind defined by the interior...
Abstract. We consider the problem of finding regularized solutions to ill-posed Volterra integral eq...
Abstract. First-kind Volterra problems arise in numerous applications, from inverse problems in math...
Abstract. We survey continuous and discrete regularization methods for first-kind Volterra problems ...
AbstractIn this paper, we use rationalized Haar (RH) functions to solve the linear Volterra integral...
Problems of physics, mechanics of theoretical and practical importance are solved by the met...
The regularization method of linear integral Volterra equations of the first kind is considered. The...
We consider a local regularization method for the solution of first-kind Volterra integral equations...
AbstractIn this paper a collocation procedure is developed for a linear Volterra integral equation o...
AbstractA new Volterra type integral equation method for the numerical solution of the radial Schröd...
We study a regularization of linear Volterra integral equation of the first kind with differentiable...
The regularization method is one of the important schemes to solve the ill-posed problems. In this w...
Based on a regularized Volterra equation, two different approaches for numerical differ-entiation ar...
In this article the methodology for divergent integral regularization developed in [8] is applied fo...
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