AbstractThe present paper is concerned with the convergence problem of inexact Newton methods. Assuming that the nonlinear operator satisfies the γ-condition, a convergence criterion for inexact Newton methods is established which includes Smale's type convergence criterion. The concept of an approximate zero for inexact Newton methods is proposed in this paper and the criterion for judging an initial point being an approximate zero is established. Consequently, Smale's α-theory is generalized to inexact Newton methods. Furthermore, a numerical example is presented to illustrate the applicability of our main results
AbstractWe review the most important theoretical results on Newton's method concerning the convergen...
Abstract. A classical model of Newton iterations which takes into account some error terms is given ...
AbstractIn this study, we use inexact Newton methods to find solutions of nonlinear operator equatio...
Abstract. Inexact Newton methods for finding a zero of F 1 1 are variations of Newton’s method in wh...
The inexact Newton method is widely used to solve systems of non-linear equations. It is well-known ...
Abstract A solid understanding of convergence behaviour is essential to the design and analysis of i...
We study the convergence properties for some inexact Newton-like methods including the inexact Newto...
In this paper we describe a variant of the Inexact Newton method for solving nonlinear systems of eq...
AbstractUnder weak Lipschitz condition, local convergence properties of inexact Newton methods and N...
AbstractWe provide sufficient conditions for the convergence of inexact Newton methods to a solution...
In this paper, we describe a variant of the inexact Newton method for solving nonlinear systems of e...
In this paper we study the problem of analyzing the convergence both local and semilocal of inexact ...
We present a local convergence analysis of inexact Newton method for solving singular systems of equ...
In this paper we give local convergence results of an inexact Newton-type method for monotone equati...
Abstract. We provide a local convergence analysis of inexact Newton–like methods in a Banach space s...
AbstractWe review the most important theoretical results on Newton's method concerning the convergen...
Abstract. A classical model of Newton iterations which takes into account some error terms is given ...
AbstractIn this study, we use inexact Newton methods to find solutions of nonlinear operator equatio...
Abstract. Inexact Newton methods for finding a zero of F 1 1 are variations of Newton’s method in wh...
The inexact Newton method is widely used to solve systems of non-linear equations. It is well-known ...
Abstract A solid understanding of convergence behaviour is essential to the design and analysis of i...
We study the convergence properties for some inexact Newton-like methods including the inexact Newto...
In this paper we describe a variant of the Inexact Newton method for solving nonlinear systems of eq...
AbstractUnder weak Lipschitz condition, local convergence properties of inexact Newton methods and N...
AbstractWe provide sufficient conditions for the convergence of inexact Newton methods to a solution...
In this paper, we describe a variant of the inexact Newton method for solving nonlinear systems of e...
In this paper we study the problem of analyzing the convergence both local and semilocal of inexact ...
We present a local convergence analysis of inexact Newton method for solving singular systems of equ...
In this paper we give local convergence results of an inexact Newton-type method for monotone equati...
Abstract. We provide a local convergence analysis of inexact Newton–like methods in a Banach space s...
AbstractWe review the most important theoretical results on Newton's method concerning the convergen...
Abstract. A classical model of Newton iterations which takes into account some error terms is given ...
AbstractIn this study, we use inexact Newton methods to find solutions of nonlinear operator equatio...