AbstractIn the present paper, by approximating the derivatives in the well known fourth-order Ostrowski’s method and in a sixth-order improved Ostrowski’s method by central-difference quotients, we obtain new modifications of these methods free from derivatives. We prove the important fact that the methods obtained preserve their convergence orders 4 and 6, respectively, without calculating any derivatives. Finally, numerical tests confirm the theoretical results and allow us to compare these variants with the corresponding methods that make use of derivatives and with the classical Newton’s method
[EN] Solving equations of the form H(x)=0 is one of the most faced problem in mathematics and in oth...
[EN] In this paper, a new technique to construct a family of divided differences for designing deriv...
AbstractIn this paper, a family of derivative-free of third and fourth order convergent methods for ...
[EN] In the present paper, by approximating the derivatives in the well known fourth-order Ostrowski...
AbstractIn the present paper, by approximating the derivatives in the well known fourth-order Ostrow...
In this paper, a family of Steffensen type methods of fourth-order convergence for solving nonlinear...
This paper is devoted to the construction and analysis of a Moser–Steffensen iterative scheme. The m...
In this paper, a procedure to design Steffensen-type methods of different orders for solving nonline...
This paper is devoted to the construction and analysis of a Moser–Steffensen iterative scheme. The m...
AbstractA derivative free method for solving nonlinear equations of Steffensen’s type is presented. ...
A new technique to obtain derivative-free methods with optimal order of convergence in the sense of ...
In this paper, a new family of higher order Steffensen-type methods for solving nonlinear equations ...
[EN] This paper is devoted to the semilocal analysis of a high-order Steffensen-type method with fro...
In this paper, a family of Steffensen type methods of fourth-order convergence for solving nonlinear...
[EN] Solving equations of the form H(x)=0 is one of the most faced problem in mathematics and in oth...
[EN] Solving equations of the form H(x)=0 is one of the most faced problem in mathematics and in oth...
[EN] In this paper, a new technique to construct a family of divided differences for designing deriv...
AbstractIn this paper, a family of derivative-free of third and fourth order convergent methods for ...
[EN] In the present paper, by approximating the derivatives in the well known fourth-order Ostrowski...
AbstractIn the present paper, by approximating the derivatives in the well known fourth-order Ostrow...
In this paper, a family of Steffensen type methods of fourth-order convergence for solving nonlinear...
This paper is devoted to the construction and analysis of a Moser–Steffensen iterative scheme. The m...
In this paper, a procedure to design Steffensen-type methods of different orders for solving nonline...
This paper is devoted to the construction and analysis of a Moser–Steffensen iterative scheme. The m...
AbstractA derivative free method for solving nonlinear equations of Steffensen’s type is presented. ...
A new technique to obtain derivative-free methods with optimal order of convergence in the sense of ...
In this paper, a new family of higher order Steffensen-type methods for solving nonlinear equations ...
[EN] This paper is devoted to the semilocal analysis of a high-order Steffensen-type method with fro...
In this paper, a family of Steffensen type methods of fourth-order convergence for solving nonlinear...
[EN] Solving equations of the form H(x)=0 is one of the most faced problem in mathematics and in oth...
[EN] Solving equations of the form H(x)=0 is one of the most faced problem in mathematics and in oth...
[EN] In this paper, a new technique to construct a family of divided differences for designing deriv...
AbstractIn this paper, a family of derivative-free of third and fourth order convergent methods for ...