Institutul de Matematică şi Informatică "Vladimir Andrunachievici"
Universitatea de Stat din MoldovaRO EN
Closeness centrality in some splitting networks
Authors: V. Aytaç, T. Turac
Keywords: Graph theory, network design and communication, complex networks, closeness centrality, splitting graphs.
– 0.19 Mb
Keywords: Graph theory, network design and communication, complex networks, closeness centrality, splitting graphs.
Abstract
A central issue in the analysis of complex networks is the assessment of their robustness and vulnerability. A variety of measures have been proposed in the literature to quantify the robustness of networks, and a number of graph-theoretic parameters have been used to derive formulas for calculating network reliability. \textit{Centrality} parameters play an important role in the field of network analysis. Numerous studies have proposed and analyzed several \textit{centrality} measures. We consider \textit{closeness centrality} which is defined as the total graph-theoretic distance to all other vertices in the graph. In this paper, closeness centrality of some splitting graphs is calculated, and exact values are obtained.Vecdi Aytaç
Ege University, Engineering Faculty, Computer Engineering Dept.
Bornova-IZMIR-TURKEY
Phone:+90 232 311 53 24
E-mail:
Tufan Turacı
Karabük University, Science Faculty, Mathematics Dept.
Karabük-TURKEY
Phone:+90 370 433 83 74 / 1229
E-mail:
Ege University, Engineering Faculty, Computer Engineering Dept.
Bornova-IZMIR-TURKEY
Phone:+90 232 311 53 24
E-mail:
Tufan Turacı
Karabük University, Science Faculty, Mathematics Dept.
Karabük-TURKEY
Phone:+90 370 433 83 74 / 1229
E-mail:
Fulltext
– 0.19 Mb
Contents
- A Short Introduction to Program Algebra with Instructions for Boolean Registers
- Imbrication algebras - algebraic structures of nesting order
- Closeness centrality in some splitting networks
- New Bounds for the Harmonic Energy and Harmonic Estrada index of Graphs
- Post-quantum signature algorithms based on the hidden discrete logarithm problem
- About Workshop in the framework of NIMSPPS project
