A Method for Accelerating of Convergence of Numerical and Power Series

In this paper is examined the acceleration of convergence of alternative and non-alternative numerical and power series by means of an Euler-Abel type operator, that is defined earlier by G.A.Sorokin and I.Z.Milovanovic. Through this type of linear operator of generalized difference of sequence is a...

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Main Author: Sadiku Murat
Format: Article
Language:English
Published: Sciendo 2019-12-01
Series:SEEU Review
Subjects:
Online Access:https://doi.org/10.2478/seeur-2019-0022
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spelling doaj-6cfbbf0c6bdc410a913a0d53304edbf32021-09-05T14:01:51ZengSciendoSEEU Review1857-84622019-12-0114211412110.2478/seeur-2019-0022seeur-2019-0022A Method for Accelerating of Convergence of Numerical and Power SeriesSadiku Murat0South East European University, Tetovo, North MacedoniaIn this paper is examined the acceleration of convergence of alternative and non-alternative numerical and power series by means of an Euler-Abel type operator, that is defined earlier by G.A.Sorokin and I.Z.Milovanovic. Through this type of linear operator of generalized difference of sequence is achieved that alternative and non-alternative numerical and power series to be transformed into series with higher speed of convergence than the initial series. At the end of this paper is given the implementation of this method through a numeric example.https://doi.org/10.2478/seeur-2019-0022numerical seriespower seriesconvergenceaccelerating
collection DOAJ
language English
format Article
sources DOAJ
author Sadiku Murat
spellingShingle Sadiku Murat
A Method for Accelerating of Convergence of Numerical and Power Series
SEEU Review
numerical series
power series
convergence
accelerating
author_facet Sadiku Murat
author_sort Sadiku Murat
title A Method for Accelerating of Convergence of Numerical and Power Series
title_short A Method for Accelerating of Convergence of Numerical and Power Series
title_full A Method for Accelerating of Convergence of Numerical and Power Series
title_fullStr A Method for Accelerating of Convergence of Numerical and Power Series
title_full_unstemmed A Method for Accelerating of Convergence of Numerical and Power Series
title_sort method for accelerating of convergence of numerical and power series
publisher Sciendo
series SEEU Review
issn 1857-8462
publishDate 2019-12-01
description In this paper is examined the acceleration of convergence of alternative and non-alternative numerical and power series by means of an Euler-Abel type operator, that is defined earlier by G.A.Sorokin and I.Z.Milovanovic. Through this type of linear operator of generalized difference of sequence is achieved that alternative and non-alternative numerical and power series to be transformed into series with higher speed of convergence than the initial series. At the end of this paper is given the implementation of this method through a numeric example.
topic numerical series
power series
convergence
accelerating
url https://doi.org/10.2478/seeur-2019-0022
work_keys_str_mv AT sadikumurat amethodforacceleratingofconvergenceofnumericalandpowerseries
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