AbstractThis paper discusses the game colouring number of partial k-trees and planar graphs. Let colg(PTk) and colg(P) denote the maximum game colouring number of partial k trees and the maximum game colouring number of planar graphs, respectively. In this paper, we prove that colg(PTk)=3k+2 and colg(P)⩾11. We also prove that the game colouring number colg(G) of a graph is a monotone parameter, i.e., if H is a subgraph of G, then colg(H)⩽colg(G)
AbstractWe consider the version of a colouring game introduced by Bodlaender [On the complexity of s...
In the paper we introduce a new variant of the graph coloring game and a new graph parameter being t...
AbstractIn this paper, we determine the exact values of the game chromatic number of lexicographic p...
AbstractThis paper studies the game chromatic number and game colouring number of the square of grap...
AbstractThis paper discusses a variation of the game chromatic number of a graph: the game coloring ...
AbstractThis paper discusses a variation of the game chromatic number of a graph: the game coloring ...
AbstractThe game coloring number of the square of a graph G, denoted by gcol(G2), was first studied ...
AbstractThis paper introduces a new strategy for playing the marking game on graphs. Using this stra...
AbstractThis paper introduces a new class of graphs: (a,b)-pseudo partial k-trees. In some sense, th...
International audienceGiven a graph G = (V;E), two players, Alice and Bob, alternate their turns in ...
AbstractSuppose G=(V,E) is a graph and F is a colouring of its edges (not necessarily proper) that u...
AbstractWe consider the following game played on a finite graph G. Let r and d be positive integers....
AbstractLet f be a graph function which assigns to each graph H a non-negative integer f(H)≤|V(H)|. ...
In the vertex colouring game on a graph $G$, Maker and Breaker alternately colour vertices of $G$ fr...
AbstractGiven a graph G and a positive integer p, χp(G) is the minimum number of colours needed to c...
AbstractWe consider the version of a colouring game introduced by Bodlaender [On the complexity of s...
In the paper we introduce a new variant of the graph coloring game and a new graph parameter being t...
AbstractIn this paper, we determine the exact values of the game chromatic number of lexicographic p...
AbstractThis paper studies the game chromatic number and game colouring number of the square of grap...
AbstractThis paper discusses a variation of the game chromatic number of a graph: the game coloring ...
AbstractThis paper discusses a variation of the game chromatic number of a graph: the game coloring ...
AbstractThe game coloring number of the square of a graph G, denoted by gcol(G2), was first studied ...
AbstractThis paper introduces a new strategy for playing the marking game on graphs. Using this stra...
AbstractThis paper introduces a new class of graphs: (a,b)-pseudo partial k-trees. In some sense, th...
International audienceGiven a graph G = (V;E), two players, Alice and Bob, alternate their turns in ...
AbstractSuppose G=(V,E) is a graph and F is a colouring of its edges (not necessarily proper) that u...
AbstractWe consider the following game played on a finite graph G. Let r and d be positive integers....
AbstractLet f be a graph function which assigns to each graph H a non-negative integer f(H)≤|V(H)|. ...
In the vertex colouring game on a graph $G$, Maker and Breaker alternately colour vertices of $G$ fr...
AbstractGiven a graph G and a positive integer p, χp(G) is the minimum number of colours needed to c...
AbstractWe consider the version of a colouring game introduced by Bodlaender [On the complexity of s...
In the paper we introduce a new variant of the graph coloring game and a new graph parameter being t...
AbstractIn this paper, we determine the exact values of the game chromatic number of lexicographic p...