Teng Fang

activity

20152025

most citedAffine flag graphs and classification of a family of symmetric graphs with complete quotients

3 citations · 3 across the 6 of their papers we have counts for

collaborators

6 papers

math.CO2025

Tiling the symmetric group by transpositions

Teng Fang, Binzhou Xia

For nonempty subsets $X$ and $Y$ of a group $G$ , we say that $(X, Y)$ is a tiling of $G$ if every element of $G$ can be uniquely expressed as $x y$ for some $x \in X$ and $y \in Y$ . In…

math.CO2025

Proof of a conjecture of Green and Liebeck on codes in symmetric groups

Teng Fang, Jinbao Li

Let $A$ and $B$ be subsets of a finite group $G$ and $r$ a positive integer. If for every $g \in G$ , there are precisely $r$ pairs $(a, b) \in A \times B$ such that $g = ab$ , then $B$ is…

math.CO2024

A family of symmetric graphs in relation to 2-point-transitive linear spaces

Teng Fang, Sanming Zhou, Shenglin Zhou

A graph $Γ$ is $G$ -symmetric if it admits $G$ as a group of automorphisms acting transitively on the set of arcs of $Γ$ , where an arc is an ordered pair of adjacent vertices. Let $…

math.CO2019★ 3 cited

Affine flag graphs and classification of a family of symmetric graphs with complete quotients

Yu Qing Chen, Teng Fang, Sanming Zhou

A graph $Γ$ is $G$ -symmetric if $G$ is a group of automorphisms of $Γ$ which is transitive on the set of ordered pairs of adjacent vertices of $Γ$ . If $V (Γ)$ admits a nontrivial $G…

math.GR2016

Vertex-imprimitive symmetric graphs with exactly one edge between any two distinct blocks

Teng Fang, Xin Gui Fang, Binzhou Xia +1

A graph $Γ$ is called $G$ -symmetric if it admits $G$ as a group of automorphisms acting transitively on the set of ordered pairs of adjacent vertices. We give a classification of $…

math.GR2015

Cubic graphical regular representations of $P S L_{2} (q)$

Binzhou Xia, Teng Fang

We study cubic graphical regular representations of the finite simple groups $P S L_{2} (q)$ . It is shown that such graphical regular representations exist if and only if $q \neq = 7$ , and…