For graph G of order n a maximal edge-coloring is a proper partial coloring with fixed number of colors (equal to n or n-1) such that adding any edge to G in any color makes it improper. Meszka and Tyniec proved that for some numbers of edges it is impossible to find such a graph, and provided constructions for some other numbers of edges. However, for many values, the problem remained open. We give a complete solution of this problem for all even values of n and for odd n not smaller than 37
The classical theorem of Vizing states that every graph of maximum degree d admits an edge-coloring ...
AbstractIn 1985, Erdős and Neśetril conjectured that the strong edge-coloring number of a graph is b...
In a bounded max-coloring of a vertex/edge weighted graph, each color class is of cardinality at mos...
AbstractGiven a bipartite graph G, and a sequence H=(h1, h2,…, hn) of positive integers, necessary c...
We study the following generalization of the classical edge coloring problem: Given a weighted graph...
Cele pracy jest omówienie zagadnienia maksymalnego częściowego krawędziowego kolorowania grafów. Zos...
For every n∈N and k≥2, Gyárfás showed that every k-edge-colouring of the com...
Let k := (k1),. . .,ks) be a sequence of natural numbers. For a graph G, let F(G;k) denote the numbe...
Let k and l be positive integers. With a graph G, we associate the quantity c(k,l)(G), the number of...
The max edge-coloring problem is a natural weighted generalization of the classical edge-coloring pr...
We study the following generalization of the classical edge coloring problem: Given a weighted graph...
The edge-coloring problem is one of the fundamental problems on graphs, which often appears in vario...
A strong edge-coloring of a graph G=(V,E) is a partition of its edge set E into induced matchings. T...
Given a positive integer n and a family F of graphs, let R ∗ (n, F) denote the maximum number of col...
AbstractThe max-edge-coloring problem is a natural weighted generalization of the classical edge-col...
The classical theorem of Vizing states that every graph of maximum degree d admits an edge-coloring ...
AbstractIn 1985, Erdős and Neśetril conjectured that the strong edge-coloring number of a graph is b...
In a bounded max-coloring of a vertex/edge weighted graph, each color class is of cardinality at mos...
AbstractGiven a bipartite graph G, and a sequence H=(h1, h2,…, hn) of positive integers, necessary c...
We study the following generalization of the classical edge coloring problem: Given a weighted graph...
Cele pracy jest omówienie zagadnienia maksymalnego częściowego krawędziowego kolorowania grafów. Zos...
For every n∈N and k≥2, Gyárfás showed that every k-edge-colouring of the com...
Let k := (k1),. . .,ks) be a sequence of natural numbers. For a graph G, let F(G;k) denote the numbe...
Let k and l be positive integers. With a graph G, we associate the quantity c(k,l)(G), the number of...
The max edge-coloring problem is a natural weighted generalization of the classical edge-coloring pr...
We study the following generalization of the classical edge coloring problem: Given a weighted graph...
The edge-coloring problem is one of the fundamental problems on graphs, which often appears in vario...
A strong edge-coloring of a graph G=(V,E) is a partition of its edge set E into induced matchings. T...
Given a positive integer n and a family F of graphs, let R ∗ (n, F) denote the maximum number of col...
AbstractThe max-edge-coloring problem is a natural weighted generalization of the classical edge-col...
The classical theorem of Vizing states that every graph of maximum degree d admits an edge-coloring ...
AbstractIn 1985, Erdős and Neśetril conjectured that the strong edge-coloring number of a graph is b...
In a bounded max-coloring of a vertex/edge weighted graph, each color class is of cardinality at mos...