w-Wiener Polynomials for Width Distance of the Cartesian Product of K2 with Special Graphs

, be the w- width ,   Let G be a k<sub>0</sub>-connected graph, and let the distance between the two vertices  u,v  in G. The w-Wiener polynomial of the width distance of G is defined by:                                         The w-Wiener polynomials of the Cartesian product of K<su...

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Main Authors: Ali Ali, Asma Aziz
Format: Article
Language:English
Published: Mosul University 2008-12-01
Series:Al-Rafidain Journal of Computer Sciences and Mathematics
Subjects:
Online Access:https://csmj.mosuljournals.com/article_163989_027fff230e06698dfcba2933328f6944.pdf
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author Ali Ali
Asma Aziz
author_facet Ali Ali
Asma Aziz
author_sort Ali Ali
collection DOAJ
description , be the w- width ,   Let G be a k<sub>0</sub>-connected graph, and let the distance between the two vertices  u,v  in G. The w-Wiener polynomial of the width distance of G is defined by:                                         The w-Wiener polynomials of the Cartesian product of K<sub>2</sub>with Complete graphK<sub>p</sub>, Star S<sub>p</sub>, Complete bipartite graph K<sub>r,s</sub> and path  P<sub>r , </sub>are obtained in this paper. The diameter with respect to the width distance-w, and the Wiener index for each such graphs are also obtained.
format Article
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publishDate 2008-12-01
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series Al-Rafidain Journal of Computer Sciences and Mathematics
spelling doaj-art-70f29c83ff294fd9bf8d1aa4908ce3012025-08-20T02:06:47ZengMosul UniversityAl-Rafidain Journal of Computer Sciences and Mathematics1815-48162311-79902008-12-015211713310.33899/csmj.2008.163989163989w-Wiener Polynomials for Width Distance of the Cartesian Product of K2 with Special GraphsAli Ali0Asma Aziz1College of Computer Science and Mathematics University of Mosul, IraqCollege of Computer Science and Mathematics University of Mosul, Iraq, be the w- width ,   Let G be a k<sub>0</sub>-connected graph, and let the distance between the two vertices  u,v  in G. The w-Wiener polynomial of the width distance of G is defined by:                                         The w-Wiener polynomials of the Cartesian product of K<sub>2</sub>with Complete graphK<sub>p</sub>, Star S<sub>p</sub>, Complete bipartite graph K<sub>r,s</sub> and path  P<sub>r , </sub>are obtained in this paper. The diameter with respect to the width distance-w, and the Wiener index for each such graphs are also obtained.https://csmj.mosuljournals.com/article_163989_027fff230e06698dfcba2933328f6944.pdfwiener polynomialswidth distancewiener index
spellingShingle Ali Ali
Asma Aziz
w-Wiener Polynomials for Width Distance of the Cartesian Product of K2 with Special Graphs
Al-Rafidain Journal of Computer Sciences and Mathematics
wiener polynomials
width distance
wiener index
title w-Wiener Polynomials for Width Distance of the Cartesian Product of K2 with Special Graphs
title_full w-Wiener Polynomials for Width Distance of the Cartesian Product of K2 with Special Graphs
title_fullStr w-Wiener Polynomials for Width Distance of the Cartesian Product of K2 with Special Graphs
title_full_unstemmed w-Wiener Polynomials for Width Distance of the Cartesian Product of K2 with Special Graphs
title_short w-Wiener Polynomials for Width Distance of the Cartesian Product of K2 with Special Graphs
title_sort w wiener polynomials for width distance of the cartesian product of k2 with special graphs
topic wiener polynomials
width distance
wiener index
url https://csmj.mosuljournals.com/article_163989_027fff230e06698dfcba2933328f6944.pdf
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