AbstractWe present an improved upper bound on the competitiveness of the online colouring algorithm First-Fit in disk graphs, which are graphs representing overlaps of disks on the plane. We also show that this bound is best possible for deterministic online colouring algorithms that do not use the disk representation of the input graph. We also present a related new lower bound for unit disk graphs
Coloring unit-disk graphs efficiently is an important problem in the global and distributed setting,...
We study the online graph coloring problem restricted to the intersection graphs of intervals withle...
AbstractThis paper studies on-line coloring of geometric intersection graphs. It is shown that no de...
We present an improved upper bound on the competitiveness of the online colouring algorithm First-Fi...
We present an improved upper bound on the competitiveness of the online colouring algorithm First-Fi...
We present an improved upper bound on the competitiveness of the online colouring algorithm First-F...
Abstract. We present an improved upper bound on the competitiveness of the online coloring algorithm...
We resolve a number of long-standing open problems in online graph coloring. More specifically, we d...
This paper considers the problem of online graph colouring. An algorithm for vertex-colouring graphs...
We prove that every stability two unit disk graph has chromatic number at most 3/2 times its clique...
AbstractWe study the on-line version of the maximum independent set problem, for the case of disk gr...
AbstractWe present an improved online algorithm for coloring interval graphs with bandwidth. This pr...
AbstractThe focus of the present paper is on providing a local deterministic algorithm for colouring...
We study the online graph coloring problem restricted to the intersection graphs of intervals with l...
In the online version of the well-known graph coloring problem, the vertices appear one after the ot...
Coloring unit-disk graphs efficiently is an important problem in the global and distributed setting,...
We study the online graph coloring problem restricted to the intersection graphs of intervals withle...
AbstractThis paper studies on-line coloring of geometric intersection graphs. It is shown that no de...
We present an improved upper bound on the competitiveness of the online colouring algorithm First-Fi...
We present an improved upper bound on the competitiveness of the online colouring algorithm First-Fi...
We present an improved upper bound on the competitiveness of the online colouring algorithm First-F...
Abstract. We present an improved upper bound on the competitiveness of the online coloring algorithm...
We resolve a number of long-standing open problems in online graph coloring. More specifically, we d...
This paper considers the problem of online graph colouring. An algorithm for vertex-colouring graphs...
We prove that every stability two unit disk graph has chromatic number at most 3/2 times its clique...
AbstractWe study the on-line version of the maximum independent set problem, for the case of disk gr...
AbstractWe present an improved online algorithm for coloring interval graphs with bandwidth. This pr...
AbstractThe focus of the present paper is on providing a local deterministic algorithm for colouring...
We study the online graph coloring problem restricted to the intersection graphs of intervals with l...
In the online version of the well-known graph coloring problem, the vertices appear one after the ot...
Coloring unit-disk graphs efficiently is an important problem in the global and distributed setting,...
We study the online graph coloring problem restricted to the intersection graphs of intervals withle...
AbstractThis paper studies on-line coloring of geometric intersection graphs. It is shown that no de...