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Privacy and security enhancement in smart cities using advanced cryptographic techniques. [PDF]
More KD, Pramod D.
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QSAR analysis of drugs using graph based degree based topological indices and regression models. [PDF]
Mufti ZS +3 more
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Universality in the 2d Quasi-periodic Ising Model and Harris-Luck Irrelevance. [PDF]
Gallone M, Mastropietro V.
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Knot theory and error-correcting codes. [PDF]
Kılıç AB +3 more
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Quadratic Subproduct Systems, Free Products, and Their C*-Algebras. [PDF]
Arici F, Ge Y.
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The Zero-Divisor Graph of a Lattice
Results in Mathematics, 2010zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Estaji, E., Khashyarmanesh, K.
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Chromatic uniqueness of zero-divisor graphs
The Art of Discrete and Applied Mathematics, 2022Summary: The zero-divisor graph \(\Pi(R)\) of a commutative ring \(R\) is the graph whose vertices are the elements of \(R\) such that the vertices \(u\) and \(v\) are adjacent if and only if \(uv=0\). If the graphs \(G\) and \(H\) have the same chromatic polynomial, then we say that they are chromatically equivalent (or \(\chi -\) equivalent), written
Haneen Al-Janabi, Gábor Bacsó
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On Domination in Zero-Divisor Graphs
Canadian Mathematical Bulletin, 2013AbstractWe first determine the domination number for the zero-divisor graph of the product of two commutative rings with 1. We then calculate the domination number for the zero-divisor graph of any commutative artinian ring. Finally, we extend some of the results to non-commutative rings in which an element is a left zero-divisor if and only if it is a
Rad, Nader Jafari +2 more
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The zero-divisor graphs of MV-algebras
Soft Computing, 2020zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Aiping Gan, Yichuan Yang
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