AbstractThe paper presents several results on edge partitions and vertex partitions of graphs into graphs with bounded size components. We show that every graph of bounded tree-width and bounded maximum degree admits such partitions. We also show that an arbitrary graph of maximum degree four has a vertex partition into two graphs, each of which has components on at most 57 vertices. Some generalizations of the last result are also discussed
We study the problem of finding the minimum number of edges that, when cut, form a partition of the ...
AbstractAnswering a question of Alon et al., we show that there exists an absolute constant C such t...
A bisection of a graph is a bipartition of its vertex set in which the number of vertices in the two...
AbstractThe paper presents several results on edge partitions and vertex partitions of graphs into g...
The paper presents several results on edge partitions and vertex partitions of graphs into graphs w...
The paper presents several results on edge partitions and vertex partitions of graphs into graphs wi...
The paper discusses vertex partitions and edge partitions of graphs of bounded tree-width into graph...
AbstractAnswering a question of Alon et al., we show that there exists an absolute constant C such t...
In 2003 at Eurocomb conference J. Barát and C. Thomassen presented definition and basic results in e...
AbstractAssume that each vertex of a graph G is assigned a nonnegative integer weight and that l and...
AbstractA graph G admits a tree-partition of width k if its vertex set can be partitioned into sets ...
Partitions of the set of edges of an undirected graph are investigated in general. The set of vertic...
AbstractA graph G admits a tree-partition of width k if its vertex set can be partitioned into sets ...
We study the problem of finding the minimum number of edges that, when cut, form a partition of the ...
A graph G admits a tree-partition of width k if its vertex set can be partitioned into sets of size ...
We study the problem of finding the minimum number of edges that, when cut, form a partition of the ...
AbstractAnswering a question of Alon et al., we show that there exists an absolute constant C such t...
A bisection of a graph is a bipartition of its vertex set in which the number of vertices in the two...
AbstractThe paper presents several results on edge partitions and vertex partitions of graphs into g...
The paper presents several results on edge partitions and vertex partitions of graphs into graphs w...
The paper presents several results on edge partitions and vertex partitions of graphs into graphs wi...
The paper discusses vertex partitions and edge partitions of graphs of bounded tree-width into graph...
AbstractAnswering a question of Alon et al., we show that there exists an absolute constant C such t...
In 2003 at Eurocomb conference J. Barát and C. Thomassen presented definition and basic results in e...
AbstractAssume that each vertex of a graph G is assigned a nonnegative integer weight and that l and...
AbstractA graph G admits a tree-partition of width k if its vertex set can be partitioned into sets ...
Partitions of the set of edges of an undirected graph are investigated in general. The set of vertic...
AbstractA graph G admits a tree-partition of width k if its vertex set can be partitioned into sets ...
We study the problem of finding the minimum number of edges that, when cut, form a partition of the ...
A graph G admits a tree-partition of width k if its vertex set can be partitioned into sets of size ...
We study the problem of finding the minimum number of edges that, when cut, form a partition of the ...
AbstractAnswering a question of Alon et al., we show that there exists an absolute constant C such t...
A bisection of a graph is a bipartition of its vertex set in which the number of vertices in the two...