Open AccessMathematics

M. Arezoomand, B. Taeri

2018.10.1Algebraic Structures and their Applications

DOI: 10.29252/asta.5.2.35

tlooto Summary

This article classifies all finite groups admitting a connected cubic integral bi-Cayley graph.

Abstract

A graph   is called integral if all eigenvalues of its adjacency matrix  are integers.  Given a subset $S$ of a finite group $G$, the bi-Cayley graph $BCay(G,S)$ is a graph with vertex set $Gtimes{1,2}$ and edge set ${{(x,1),(sx,2)}mid sin S, xin G}$.  In this paper, we classify all finite groups admitting a connected cubic integral bi-Cayley graph.

Citation format

AREZOOMAND, M.; TAERI, B. Finite groups admitting a connected cubic integral bi-cayley graph. Algebraic Structures and their Applications, 2018.