activity
20162026
most citedOn -connected-homogeneous graphs

5 citations · 26 across the 37 of their papers we have counts for

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Showing 2016Show all

7 papers · 1 filter

math.CO2016

An infinite family of cubic nonnormal Cayley graphs on nonabelian simple groups

Jiyong Chen, Binzhou Xia, Jin-Xin Zhou

We construct a connected cubic nonnormal Cayley graph on for each integer and determine its full automorphism group. This is the first infinite f…

math.CO2016★ 4 cited

Weak metacirculants of odd prime power order

Jin-Xin Zhou, Sanming Zhou

Metacirculants are a basic and well-studied family of vertex-transitive graphs, and weak metacirculants are generalizations of them. A graph is called a weak metacirculant if it ha…

math.CO2016★ 2 cited

Cubic edge-transitive bi--metacirculant

Yan-Li Qin, Jin-Xin Zhou

A graph is said to be a bi-Cayley graph over a group H if it admits H as a group of automorphisms acting semiregularly on its vertices with two orbits. For a prime p, we call a bi-…

math.CO2016

On -Extra Connectivity of Hypercube-like Networks

Jin-Xin Zhou

Given a connected graph and a non-negative integer , the {\em -extra connectivity} $\k_g(G)$ of is the minimum cardinality of a set of vertices in , if it exists,…

math.CO2016

Every finite group has a normal bi-Cayley graph

Jin-Xin Zhou

A graph $\G$ with a group of automorphisms acting semiregularly on the vertices with two orbits is called a {\em bi-Cayley graph} over . When is a normal subgroup of $\A…

math.CO2016★ 4 cited

Edge-transitive bi-Cayley graphs

Marston Conder, Jin-Xin Zhou, Yan-Quan Feng +1

A graph $\G$ admitting a group of automorphisms acting semi-regularly on the vertices with exactly two orbits is called a {\em bi-Cayley graph\/} over . Such a graph $\G$ is…

math.CO2016

Pentavalent symmetric graphs of order twice a prime power

Yan-Quan Feng, Jin-Xin Zhou, Yan-Tao Li

A connected symmetric graph of prime valency is {\em basic} if its automorphism group contains no nontrivial normal subgroup having more than two orbits. Let be a prime and …