activity
20142020
most citedA New Game Invariant of Graphs: the Game Distinguishing Number

4 citations · 4 across the 6 of their papers we have counts for

collaborators

6 papers

cs.DM2020

Optimal Adjacent Vertex-Distinguishing Edge-Colorings of Circulant Graphs

Sylvain Gravier, Hippolyte Signargout, Souad Slimani

A -proper edge-coloring of a graph G is called adjacent vertex-distinguishing if any two adjacent vertices are distinguished by the set of colors appearing in the edges incident…

math.CO2017

Twins and Vertex- Identification on Graphs

Sylvain Gravier, Simon Schmidt, Souad Slimani

Recently, several vertex identifying notions were introduced (identifying coloring, lid-coloring, ...), these notions were inspired by identifying codes. All of them, as well as or…

math.CO2015

Game Distinguishing Numbers of Cartesian Products of Graphs

Sylvain Gravier, Kahina Meslem, Simon Schmidt +1

The distinguishing number of a graph is a symmetry related graph invariant whose study started two decades ago. The distinguishing number is the least integer such t…

math.CO2014★ 4 cited

A New Game Invariant of Graphs: the Game Distinguishing Number

Sylvain Gravier, Kahina Meslem, Simon Schmidt +1

The distinguishing number of a graph is a symmetry related graph invariant whose study started two decades ago. The distinguishing number is the least integer such t…

math.CO2014

Distinguishing Number for some Circulant Graphs

Sylvain Gravier, Kahina Meslem, Souad Slimani

Introduced by Albertson et al. \cite{albertson}, the distinguishing number of a graph is the least integer such that there is a -labeling of the vertices of t…

math.CO2014

Relaxed Locally Identifying coloring of Graphs

Méziane Aïder, Sylvain Gravier, Souad Slimani

A \textit{locally identifying coloring} (-coloring) of a graph is a proper coloring such that the sets of colors appearing in the closed neighborhoods of any pair of adjacent…