The aim of this paper is to investigate the local convergence of the Modified Newton method, i.e. the classical Newton method in which the first derivative is re-evaluated periodically after m steps. The convergence order is shown to be m + 1. A new algorithm is proposed for the estimation the convergence radius of the method. We propose also a threshold for the number of steps after which is recommended to re-evaluate the first derivative in the Modified Newton method
A procedure to estimate the local convergence radius for a Mann-type iteration is given in the setti...
The aim of this paper is to present a new semi-local convergence analysis for Newton’s method ...
We investigate the local convergence radius of a general Picard iteration in the frame of a real Hil...
We investigate the local convergence of modified Newton method, i.e., the classical Newton method in...
We present a local convergence analysis for a relaxed two-step Newton-like method. We use this metho...
We present a local as well a semilocal convergence analysis for Newton's method in a Banach space se...
The aim of this paper is to present a new semi-local convergence analysis for Newton's method in a B...
Sufficient conditions for a weak local minimizer in the classical calculus of variations can be expr...
AbstractWe provide a semilocal convergence analysis for certain modified Newton methods for solving ...
AbstractA local convergence analysis of inexact Newton-type methods using a new type of residual con...
The convergence domain for both the local and semilocal case of Newton’s method for Banach space val...
A modified Newton method for unconstrained minimization is presented and analyzed. The modification ...
AbstractIn this paper, two theorems for the convergence of a modified Newton method in parallel circ...
We present a new technique to improve the convergence domain for Newton’s method both in the semiloc...
WOS: 000439014600001The aim of this paper is to find new iterative Newton-like schemes inspired by t...
A procedure to estimate the local convergence radius for a Mann-type iteration is given in the setti...
The aim of this paper is to present a new semi-local convergence analysis for Newton’s method ...
We investigate the local convergence radius of a general Picard iteration in the frame of a real Hil...
We investigate the local convergence of modified Newton method, i.e., the classical Newton method in...
We present a local convergence analysis for a relaxed two-step Newton-like method. We use this metho...
We present a local as well a semilocal convergence analysis for Newton's method in a Banach space se...
The aim of this paper is to present a new semi-local convergence analysis for Newton's method in a B...
Sufficient conditions for a weak local minimizer in the classical calculus of variations can be expr...
AbstractWe provide a semilocal convergence analysis for certain modified Newton methods for solving ...
AbstractA local convergence analysis of inexact Newton-type methods using a new type of residual con...
The convergence domain for both the local and semilocal case of Newton’s method for Banach space val...
A modified Newton method for unconstrained minimization is presented and analyzed. The modification ...
AbstractIn this paper, two theorems for the convergence of a modified Newton method in parallel circ...
We present a new technique to improve the convergence domain for Newton’s method both in the semiloc...
WOS: 000439014600001The aim of this paper is to find new iterative Newton-like schemes inspired by t...
A procedure to estimate the local convergence radius for a Mann-type iteration is given in the setti...
The aim of this paper is to present a new semi-local convergence analysis for Newton’s method ...
We investigate the local convergence radius of a general Picard iteration in the frame of a real Hil...