A Study on Anti-Adjacency Spectra of Graphs.

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Bibliographic Details
Title: A Study on Anti-Adjacency Spectra of Graphs.
Authors: Falguni Jain, D.1 (AUTHOR) falguni.d@res.christuniversity.in, Naduvath, Sudev1 (AUTHOR) sudev.nk@christuniversity.in
Source: Journal of Interconnection Networks. Mar2026, Vol. 26 Issue 1, p1-15. 15p.
Subjects: Graph theory, Eigenvalues, Power spectra, Geometric vertices, Matrices (Mathematics)
Abstract: Let G be a simple undirected graph with vertex set V (G) = { v 1 , ... , v n } and edge set E (G) = { e 1 , ... , e m }. The anti-adjacency matrix of G , denoted by A ∗ (G) , is the n × n matrix, whose rows and columns are indexed by V (G) , where each (i , j) -entry of the matrix is 1 , if there is no edge between the corresponding vertices v i and v j and 0 , otherwise. The (i , i) -entry of A ∗ (G) is 1 , for i = 1 , ... , n. The eigenvalues of A ∗ (G) represent the anti-adjacency eigenvalues of G. We denote the corresponding spectra by a -spec(G). In this paper, we discuss the anti-adjacency spectra of some fundamental graph classes. [ABSTRACT FROM AUTHOR]
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Database: Engineering Source
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Abstract:Let G be a simple undirected graph with vertex set V (G) = { v 1 , ... , v n } and edge set E (G) = { e 1 , ... , e m }. The anti-adjacency matrix of G , denoted by A ∗ (G) , is the n × n matrix, whose rows and columns are indexed by V (G) , where each (i , j) -entry of the matrix is 1 , if there is no edge between the corresponding vertices v i and v j and 0 , otherwise. The (i , i) -entry of A ∗ (G) is 1 , for i = 1 , ... , n. The eigenvalues of A ∗ (G) represent the anti-adjacency eigenvalues of G. We denote the corresponding spectra by a -spec(G). In this paper, we discuss the anti-adjacency spectra of some fundamental graph classes. [ABSTRACT FROM AUTHOR]
ISSN:02192659
DOI:10.1142/S0219265924500294