The repeated procedure PRMZSS1 for estimating the polynomial zeros simultaneously

Our previous method that is PMZSS1 has a rate of convergence of at least eight. The aim of repeating the steps in PMZSS1 is to yield a better rate of convergence. The resulting method is called the repeated midpoint zoro PRMZSS1 where its rate of convergence is at least 7r +1 with r ≥ 1.The proof of...

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Main Authors: Monsi, Mansor, Hassan, Nasruddin, Mohammad Rusli, Syaida Fadhilah
Format: Article
Language:English
Published: Institute for Mathematical Research, Universiti Putra Malaysia 2016
Online Access:http://psasir.upm.edu.my/id/eprint/52332/1/11.%20Nasrudin%20n%20Mansor%20Monsi.pdf
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author Monsi, Mansor
Hassan, Nasruddin
Mohammad Rusli, Syaida Fadhilah
author_facet Monsi, Mansor
Hassan, Nasruddin
Mohammad Rusli, Syaida Fadhilah
author_sort Monsi, Mansor
collection UPM
description Our previous method that is PMZSS1 has a rate of convergence of at least eight. The aim of repeating the steps in PMZSS1 is to yield a better rate of convergence. The resulting method is called the repeated midpoint zoro PRMZSS1 where its rate of convergence is at least 7r +1 with r ≥ 1.The proof of this result is detailed in the convergence analysis of PRMZSS1. Numerical results and comparison with the existing procedures of PZSS1 and PMZSS1 are included to confirm our theoretical results, where the rate of convergence of PZSS1 and PMZSS1 are four and eight respectively.
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spelling upm.eprints-523322017-06-05T09:15:33Z http://psasir.upm.edu.my/id/eprint/52332/ The repeated procedure PRMZSS1 for estimating the polynomial zeros simultaneously Monsi, Mansor Hassan, Nasruddin Mohammad Rusli, Syaida Fadhilah Our previous method that is PMZSS1 has a rate of convergence of at least eight. The aim of repeating the steps in PMZSS1 is to yield a better rate of convergence. The resulting method is called the repeated midpoint zoro PRMZSS1 where its rate of convergence is at least 7r +1 with r ≥ 1.The proof of this result is detailed in the convergence analysis of PRMZSS1. Numerical results and comparison with the existing procedures of PZSS1 and PMZSS1 are included to confirm our theoretical results, where the rate of convergence of PZSS1 and PMZSS1 are four and eight respectively. Institute for Mathematical Research, Universiti Putra Malaysia 2016 Article PeerReviewed application/pdf en http://psasir.upm.edu.my/id/eprint/52332/1/11.%20Nasrudin%20n%20Mansor%20Monsi.pdf Monsi, Mansor and Hassan, Nasruddin and Mohammad Rusli, Syaida Fadhilah (2016) The repeated procedure PRMZSS1 for estimating the polynomial zeros simultaneously. Malaysian Journal of Mathematical Sciences, 10 (3). pp. 383-398. ISSN 1823-8343; ESSN: 2289-750X http://einspem.upm.edu.my/journal/fullpaper/vol10no3/11.%20Nasrudin%20n%20Mansor%20Monsi.pdf
spellingShingle Monsi, Mansor
Hassan, Nasruddin
Mohammad Rusli, Syaida Fadhilah
The repeated procedure PRMZSS1 for estimating the polynomial zeros simultaneously
title The repeated procedure PRMZSS1 for estimating the polynomial zeros simultaneously
title_full The repeated procedure PRMZSS1 for estimating the polynomial zeros simultaneously
title_fullStr The repeated procedure PRMZSS1 for estimating the polynomial zeros simultaneously
title_full_unstemmed The repeated procedure PRMZSS1 for estimating the polynomial zeros simultaneously
title_short The repeated procedure PRMZSS1 for estimating the polynomial zeros simultaneously
title_sort repeated procedure prmzss1 for estimating the polynomial zeros simultaneously
url http://psasir.upm.edu.my/id/eprint/52332/1/11.%20Nasrudin%20n%20Mansor%20Monsi.pdf
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