In a previous paper, the authors proved a conjecture of Melnikov that the edges and faces of a plane graph of maximum degree Delta may be simultaneously colored with at most Delta + 3 colors. In this paper, the theorem is reproved with a more direct technique, which also yields improvements. For Delta less than or equal to 5, the theorem is extended to multigraphs. For Delta greater than or equal to 7, it is shown that Delta + 2 colors suffice
AbstractThe edges and faces of a plane graph are colored so that every two adjacent or incident of t...
International audienceAn edge-face coloring of a plane graph with edge set E and face set F is a col...
AbstractWe prove that the vertices of each n-vertex plane graph G with minimum face cycle length g,g...
In a previous paper, the authors proved a conjecture of Melnikov that the edges and faces of a plane...
textabstractAn edge-face coloring of a plane graph with edge set $E$ and face set $F$ is a coloring ...
An edge-face coloring of a plane graph with edge set $E$ and face set $F$ is a coloring of the eleme...
AbstractIn 1975, Melnikov conjectured that the edges and faces of each plane graph G may be colored ...
International audienceAn edge-face coloring of a plane graph with edge set E and face set F is a col...
The Four Color Theorem says that the faces (or vertices) of a plane graph may be colored with four c...
[[sponsorship]]數學研究所[[note]]已出版;具代表性[[note]]http://gateway.isiknowledge.com/gateway/Gateway.cgi?GWVe...
AbstractThe edges and faces of a plane graph are colored so that every two adjacent or incident of t...
In this note, we show that the edges and faces of any plane graph with maximum degree three can be s...
In this note, we show that the edges and faces of any plane graph with maximum degree three can be s...
International audienceAn edge-face colouring of a plane graph with edge set E and face set F is a co...
AbstractMelnikov and Vizing (1997) conjectured that the minimum number of colors sufficient for an e...
AbstractThe edges and faces of a plane graph are colored so that every two adjacent or incident of t...
International audienceAn edge-face coloring of a plane graph with edge set E and face set F is a col...
AbstractWe prove that the vertices of each n-vertex plane graph G with minimum face cycle length g,g...
In a previous paper, the authors proved a conjecture of Melnikov that the edges and faces of a plane...
textabstractAn edge-face coloring of a plane graph with edge set $E$ and face set $F$ is a coloring ...
An edge-face coloring of a plane graph with edge set $E$ and face set $F$ is a coloring of the eleme...
AbstractIn 1975, Melnikov conjectured that the edges and faces of each plane graph G may be colored ...
International audienceAn edge-face coloring of a plane graph with edge set E and face set F is a col...
The Four Color Theorem says that the faces (or vertices) of a plane graph may be colored with four c...
[[sponsorship]]數學研究所[[note]]已出版;具代表性[[note]]http://gateway.isiknowledge.com/gateway/Gateway.cgi?GWVe...
AbstractThe edges and faces of a plane graph are colored so that every two adjacent or incident of t...
In this note, we show that the edges and faces of any plane graph with maximum degree three can be s...
In this note, we show that the edges and faces of any plane graph with maximum degree three can be s...
International audienceAn edge-face colouring of a plane graph with edge set E and face set F is a co...
AbstractMelnikov and Vizing (1997) conjectured that the minimum number of colors sufficient for an e...
AbstractThe edges and faces of a plane graph are colored so that every two adjacent or incident of t...
International audienceAn edge-face coloring of a plane graph with edge set E and face set F is a col...
AbstractWe prove that the vertices of each n-vertex plane graph G with minimum face cycle length g,g...