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Commuting Involution Graphs for 4-Dimensional Projective Symplectic Groups
Graphs and Combinatorics ( IF 0.6 ) Pub Date : 2020-06-04 , DOI: 10.1007/s00373-020-02156-x
Alistaire Everett , Peter Rowley

For a group G and X a subset of G the commuting graph of G on X, denoted by \(\mathcal {C}(G,X)\), is the graph whose vertex set is X with \(x,y\in X\) joined by an edge if \(x\ne y\) and x and y commute. If the elements in X are involutions, then \(\mathcal {C}(G,X)\) is called a commuting involution graph. This paper studies \(\mathcal {C}(G,X)\) when G is a 4-dimensional projective symplectic group over a finite field and X a G-conjugacy class of involutions, determining the diameters and structure of the discs of these graphs.



中文翻译:

四维投影辛群的通勤对合图

对于组G ^X的一个子集ģ的通勤图ģX,记\(\ mathcal {C}(G,X)\) ,是其顶点集是图表X\(X,Y \在X \)由边缘如果接合\(X \ NE Y \)Xÿ通勤。如果X中的元素是对合,则\(\数学{C}(G,X)\)被称为通勤对合图。当G为有限域上的4维射影辛群且X为X本文研究\(\数学{C}(G,X)\)一个ģ -conjugacy类对合的,确定这些曲线图的盘的直径和结构。

更新日期:2020-06-04
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