AbstractWe present new results concerning the convergence of secant type methods with only conditions at a point. The radius of robustness of these methods is given, and we apply it to the study of the complexity of homotopy methods for approximating roots. In particular, we say how to use the secant type method to get an approximate zero relative to the Newton method
This paper deals with the enlargement of the region of convergence of Newton's method for solving no...
In this paper, we extend the dual form of the generalized algorithm of Sebastião e Silva [3] for pol...
We extend the solvability of equations dened on a Banach space using numerically ecient secant-type ...
AbstractSecant type methods are useful for finding zeros of analytic equations that include polynomi...
summary:We provide new sufficient convergence conditions for the convergence of the secant-type meth...
Using our new concept of recurrent functions, we present new sufficient convergence conditions for...
AbstractA family of iterative methods for simultaneously approximating simple zeros of analytic func...
summary:We use tighter majorizing sequences than in earlier studies to provide a semilocal convergen...
The goal of this study is to extend the applicability of a homotopy method for locating an approxima...
summary:We provide new sufficient conditions for the convergence of the secant method to a locally u...
In this work some interesting relations between results on basic optimization and algorithms for non...
AbstractGlobally convergent fixed point iterations, together with bounds on differences of zeros fro...
AbstractIn this paper, we use the Secant method to find a solution of a nonlinear operator equation ...
We present two new semilocal convergence analyses for secant-like methods in order to approximate a ...
AbstractWe provide an analog of the Newton–Kantorovich theorem for a certain class of nonsmooth oper...
This paper deals with the enlargement of the region of convergence of Newton's method for solving no...
In this paper, we extend the dual form of the generalized algorithm of Sebastião e Silva [3] for pol...
We extend the solvability of equations dened on a Banach space using numerically ecient secant-type ...
AbstractSecant type methods are useful for finding zeros of analytic equations that include polynomi...
summary:We provide new sufficient convergence conditions for the convergence of the secant-type meth...
Using our new concept of recurrent functions, we present new sufficient convergence conditions for...
AbstractA family of iterative methods for simultaneously approximating simple zeros of analytic func...
summary:We use tighter majorizing sequences than in earlier studies to provide a semilocal convergen...
The goal of this study is to extend the applicability of a homotopy method for locating an approxima...
summary:We provide new sufficient conditions for the convergence of the secant method to a locally u...
In this work some interesting relations between results on basic optimization and algorithms for non...
AbstractGlobally convergent fixed point iterations, together with bounds on differences of zeros fro...
AbstractIn this paper, we use the Secant method to find a solution of a nonlinear operator equation ...
We present two new semilocal convergence analyses for secant-like methods in order to approximate a ...
AbstractWe provide an analog of the Newton–Kantorovich theorem for a certain class of nonsmooth oper...
This paper deals with the enlargement of the region of convergence of Newton's method for solving no...
In this paper, we extend the dual form of the generalized algorithm of Sebastião e Silva [3] for pol...
We extend the solvability of equations dened on a Banach space using numerically ecient secant-type ...