## Abstract

The inexact perturbed Newton methods recently introduced by us are variant of Newton method, which assume that at each step the linear systems are perturbed, and then they are only approximately solved. The q-convergence orders of the iterates were characterized using the results of Dembo, Eisenstat and Steihaug on inexact Newton methods.

In this note we deduce, in the same manner, the characterization of the r-convergence orders of these iterates.

## Authors

Emil Cătinaş

(Tiberiu Popoviciu Institute of Numerical Analysis, Romanian Academy)

## Keywords

inexact perturbed Newton methods; nonlinear systems in Rn; convergence orders; r-convergence order; forcing terms.

## References

Scanned paper (soon).

Latex version of the paper (soon).

## About this paper

##### Cite this paper as:

E. Cătinaş, *On the r-convergence orders of the inexact perturbed Newton methods*, Bul. ştiinţ. Univ. Baia Mare, Ser. B, Mat. Inf., 15 (1999) no. 1-2, pp. 75-78.

##### Journal

##### Publisher Name

Universitatea Baia Mare

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##### Updates and related work

The definition of the R-convergence orders has been rigorously analyzed in the paper