Results 41 to 50 of about 251,801 (209)
On Spectra Of Variants Of The Corona Of Two Graphs And Some New Equienergetic Graphs
Discussiones Mathematicae Graph Theory, 2016 Let G and H be two graphs. The join G ∨ H is the graph obtained by joining every vertex of G with every vertex of H. The corona G ○ H is the graph obtained by taking one copy of G and |V (G)| copies of H and joining the i-th vertex of G to every vertex ...
Adiga Chandrashekar, Rakshith B.R.
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Mathematical Notes, 2006 In the present paper we introduce Mobius energy for the embedded graphs and formulate its main properties. This energy is invariant under the action of the group generated by all inversions in three-dimensional real space. We study critical configurations for the angles at vertices of degree less than five, and discuss the techniques of construction of
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A template-based design methodology for graph-parallel hardware accelerators [PDF]
, 2017 Graph applications have been gaining importance in the last decade due to emerging big data analytics problems such as Web graphs, social networks, and biological networks.
Burns, S. +5 more
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On Eccentricity Version of Laplacian Energy of a Graph [PDF]
Mathematics Interdisciplinary Research, 2017 The energy of a graph G is equal to the sum of absolute values of the eigenvalues of the adjacency matrix of G, whereas the Laplacian energy of a graph G is equal to the sum of the absolute value of the difference between the eigenvalues of the Laplacian
Nilanjan De
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Seidel Laplacian Energy of Fuzzy graphs
EAI Endorsed Transactions on Energy WebThe energy of a graph is related to its spectrum, which is equal to the total of the latent values of the pertinent adjacency matrix. In this research work, we proposed some of the features and the energy of the Seidel Laplacian of a fuzzy graph.
K Sivaranjani +2 more
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Graph Energies of Egocentric Networks and Their Correlation with Vertex Centrality Measures
Entropy, 2018 Graph energy is the energy of the matrix representation of the graph, where the energy of a matrix is the sum of singular values of the matrix. Depending on the definition of a matrix, one can contemplate graph energy, Randić energy, Laplacian energy ...
Mikołaj Morzy, Tomasz Kajdanowicz
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On the Laplacian energy of a graph [PDF]
, 1984 summary:In this paper we consider the energy of a simple graph with respect to its Laplacian eigenvalues, and prove some basic properties of this energy.
Cvetković, Dragoš +2 more
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Energetic formulation of the subgroup commutativity degree
Nonlinear AnalysisFinite groups in which every pair of subgroups (H, K) satisfies H K = K H have been classified by Iwasawa, but only in the last decade it was introduced the notion of subgroup commutativity degree sd(G) of groups G. From restrictions of numerical nature
Seid Kassaw Muhie +2 more
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On the Change of Distance Energy of Complete Bipartite Graph due to Edge Deletion
Journal of Mathematics, 2021 The distance energy of a graph is defined as the sum of absolute values of distance eigenvalues of the graph. The distance energy of a graph plays an important role in many fields.
Shaowei Sun, Ziyan Wan
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The energy of graphs and matrices
Journal of Mathematical Analysis and Applications, 2007 We extend the concept of graph energy, introduced by Gutman, to matrices. We give upper and lower bounds on matrix energy extending previous results for graphs. In particular, we estimate the energy of almost all graphs.
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