We present a semilocal convergence analysis of a third order method for approximating a locally unique solution of an equation in a Banach space setting. Recently, this method was studied by Chun, Stanica and Neta. These authors extended earlier results by Kou, Li and others. Our convergence analysis extends the applicability of these methods under less computational cost and weaker convergence criteria. Numerical examples are also presented to show that the earlier results cannot apply to solve these equations
We first present a local convergence analysis for some families of fourth and six order methods in o...
We present a local as well as a semilocal convergence analysis for some iterative algorithms in orde...
We present a local convergence analysis of an eighth order three step methodin order to approximate ...
We present a semilocal convergence analysis of a third order method for approximating a locally uniq...
We present a local convergence analysis of a family of third order methods for approximating a local...
We present a new semilocal convergence analysis for Secant methods in order to approximate a locally...
We present a new semilocal convergence analysis for Newton-like methods in order to approximate a lo...
We present two new semilocal convergence analyses for secant-like methods in order to approximate a ...
We present two new semilocal convergence analyses for secant-like methods in order to approximate a ...
We present a unified local and semilocal convergence analysis for secant-type methods in order to ap...
We present a new sufficient semilocal convergence conditions for Newton-like methods in order to app...
In this paper, we propose a local convergence analysis of an eighth order three-step method to appro...
Numerous three-step methods of high convergence order have been developed to produce sequences appro...
In the present paper, we study the local convergence analysis of a fifth convergence order method co...
We present local and semilocal convergence results for some iterative algorithms in order to approxi...
We first present a local convergence analysis for some families of fourth and six order methods in o...
We present a local as well as a semilocal convergence analysis for some iterative algorithms in orde...
We present a local convergence analysis of an eighth order three step methodin order to approximate ...
We present a semilocal convergence analysis of a third order method for approximating a locally uniq...
We present a local convergence analysis of a family of third order methods for approximating a local...
We present a new semilocal convergence analysis for Secant methods in order to approximate a locally...
We present a new semilocal convergence analysis for Newton-like methods in order to approximate a lo...
We present two new semilocal convergence analyses for secant-like methods in order to approximate a ...
We present two new semilocal convergence analyses for secant-like methods in order to approximate a ...
We present a unified local and semilocal convergence analysis for secant-type methods in order to ap...
We present a new sufficient semilocal convergence conditions for Newton-like methods in order to app...
In this paper, we propose a local convergence analysis of an eighth order three-step method to appro...
Numerous three-step methods of high convergence order have been developed to produce sequences appro...
In the present paper, we study the local convergence analysis of a fifth convergence order method co...
We present local and semilocal convergence results for some iterative algorithms in order to approxi...
We first present a local convergence analysis for some families of fourth and six order methods in o...
We present a local as well as a semilocal convergence analysis for some iterative algorithms in orde...
We present a local convergence analysis of an eighth order three step methodin order to approximate ...