THE LAPLACIAN SPECTRUM AND SEIDEL SPECTRUM OF SUNFLOWER HYPERGRAPHS S(a, m, n)

Let H(V, E) be a hypergraph with a vertex set V and an edge set ". In this thesis, one type of a hypergraph, namely sun ower hypergraph S(a; m; n), is investigated. The Laplacian spectrum of the sun ower hypergraph S(a; m; n) gives that the sun ower hypergraph S(a; m; n) is a Laplacian integra...

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Main Author:	Yana Putri, Melani
Format:	Theses
Language:	Indonesia
Subjects:	Matematika
Online Access:	https://digilib.itb.ac.id/gdl/view/34819
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Institution:	Institut Teknologi Bandung
Language:	Indonesia

id	id-itb.:34819
spelling	id-itb.:348192019-02-15T10:28:27ZTHE LAPLACIAN SPECTRUM AND SEIDEL SPECTRUM OF SUNFLOWER HYPERGRAPHS S(a, m, n) Yana Putri, Melani Matematika Indonesia Theses hypergraph, Laplacian spectrum, Seidel spectrum, energy of graph, hypergraph integral INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/34819 Let H(V, E) be a hypergraph with a vertex set V and an edge set ". In this thesis, one type of a hypergraph, namely sun ower hypergraph S(a; m; n), is investigated. The Laplacian spectrum of the sun ower hypergraph S(a; m; n) gives that the sun ower hypergraph S(a; m; n) is a Laplacian integral hyper- graph. The necessary and sufficient conditions for the sun ower hypergraph S(a; m; n) to be a Seidel integral hypergraph are given. Moreover, the Laplacian energy and Seidel energy for a sun ower hypergraph S(a; m; n) are also defined. text
institution	Institut Teknologi Bandung
building	Institut Teknologi Bandung Library
continent	Asia
country	Indonesia Indonesia
content_provider	Institut Teknologi Bandung
collection	Digital ITB
language	Indonesia
topic	Matematika
spellingShingle	Matematika Yana Putri, Melani THE LAPLACIAN SPECTRUM AND SEIDEL SPECTRUM OF SUNFLOWER HYPERGRAPHS S(a, m, n)
description	Let H(V, E) be a hypergraph with a vertex set V and an edge set ". In this thesis, one type of a hypergraph, namely sun ower hypergraph S(a; m; n), is investigated. The Laplacian spectrum of the sun ower hypergraph S(a; m; n) gives that the sun ower hypergraph S(a; m; n) is a Laplacian integral hyper- graph. The necessary and sufficient conditions for the sun ower hypergraph S(a; m; n) to be a Seidel integral hypergraph are given. Moreover, the Laplacian energy and Seidel energy for a sun ower hypergraph S(a; m; n) are also defined.
format	Theses
author	Yana Putri, Melani
author_facet	Yana Putri, Melani
author_sort	Yana Putri, Melani
title	THE LAPLACIAN SPECTRUM AND SEIDEL SPECTRUM OF SUNFLOWER HYPERGRAPHS S(a, m, n)
title_short	THE LAPLACIAN SPECTRUM AND SEIDEL SPECTRUM OF SUNFLOWER HYPERGRAPHS S(a, m, n)
title_full	THE LAPLACIAN SPECTRUM AND SEIDEL SPECTRUM OF SUNFLOWER HYPERGRAPHS S(a, m, n)
title_fullStr	THE LAPLACIAN SPECTRUM AND SEIDEL SPECTRUM OF SUNFLOWER HYPERGRAPHS S(a, m, n)
title_full_unstemmed	THE LAPLACIAN SPECTRUM AND SEIDEL SPECTRUM OF SUNFLOWER HYPERGRAPHS S(a, m, n)
title_sort	laplacian spectrum and seidel spectrum of sunflower hypergraphs s(a, m, n)
url	https://digilib.itb.ac.id/gdl/view/34819
_version_	1822924307786891264

THE LAPLACIAN SPECTRUM AND SEIDEL SPECTRUM OF SUNFLOWER HYPERGRAPHS S(a, m, n)

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