AbstractWe show that any graph of maximum degree at most 3 has a two-coloring such that one color-class is an independent set, while the other color-class induces monochromatic components of order at most 750. On the other hand, for any constant C, we exhibit a 4-regular graph such that the deletion of any independent set leaves at least one component of order greater than C. Similar results are obtained for coloring graphs of given maximum degree with k+ℓ colors such that k parts form an independent set and ℓ parts span components of order bounded by a constant. A lot of interesting questions remain open
The b-chromatic number of a graph G is the largest integer k such that G admits a proper k-coloring ...
V.G. Vizing showed that any graph belongs to one of two classes: Class 1 if χʹ(G) = Δ(G) or in class...
Let G be a graph with V=VG. A nonempty subset S of V is called an independent set of G if no two dis...
We show that any graph of maximum degree at most 3 has a two-coloring, such that one color-class is ...
We show that any graph of maximum degree at most $3$ has a two-coloring, such that one color-class i...
We show that any graph of maximum degree at ¢ most has a two-coloring, such that one color-class is ...
AbstractWe show that any graph of maximum degree at most 3 has a two-coloring such that one color-cl...
A k-bisection of a bridgeless cubic graph G is a 2-colouring of its vertex set such that the colour ...
We study relaxations of proper two-colourings, such that the order of the induced monochromatic comp...
We study a new problem for cubic graphs: bipartization of a cubic graph Q by deleting sufficiently l...
AbstractLet h denote the maximum degree of a connected graph H, and let χ(H) denote its chromatic, n...
Graph partitioning, or the dividing of a graph into two or more parts based on certain conditions, a...
Every graph G contains a minimum vertex-coloring with the property that at least one color class of ...
AbstractWe prove the conjecture made by Bermond, Fouquet, Habib, and Péroche in 1984 that every cubi...
AbstractEvery graph G contains a minimum vertex-coloring with the property that at least one color c...
The b-chromatic number of a graph G is the largest integer k such that G admits a proper k-coloring ...
V.G. Vizing showed that any graph belongs to one of two classes: Class 1 if χʹ(G) = Δ(G) or in class...
Let G be a graph with V=VG. A nonempty subset S of V is called an independent set of G if no two dis...
We show that any graph of maximum degree at most 3 has a two-coloring, such that one color-class is ...
We show that any graph of maximum degree at most $3$ has a two-coloring, such that one color-class i...
We show that any graph of maximum degree at ¢ most has a two-coloring, such that one color-class is ...
AbstractWe show that any graph of maximum degree at most 3 has a two-coloring such that one color-cl...
A k-bisection of a bridgeless cubic graph G is a 2-colouring of its vertex set such that the colour ...
We study relaxations of proper two-colourings, such that the order of the induced monochromatic comp...
We study a new problem for cubic graphs: bipartization of a cubic graph Q by deleting sufficiently l...
AbstractLet h denote the maximum degree of a connected graph H, and let χ(H) denote its chromatic, n...
Graph partitioning, or the dividing of a graph into two or more parts based on certain conditions, a...
Every graph G contains a minimum vertex-coloring with the property that at least one color class of ...
AbstractWe prove the conjecture made by Bermond, Fouquet, Habib, and Péroche in 1984 that every cubi...
AbstractEvery graph G contains a minimum vertex-coloring with the property that at least one color c...
The b-chromatic number of a graph G is the largest integer k such that G admits a proper k-coloring ...
V.G. Vizing showed that any graph belongs to one of two classes: Class 1 if χʹ(G) = Δ(G) or in class...
Let G be a graph with V=VG. A nonempty subset S of V is called an independent set of G if no two dis...