Degree-constrained edge partitioning in graphs arising from discrete tomography
2009
Type de publication :
Article (revues avec comité de lecture)
Journal :
Journal of Graph Algorithms and Applications, vol. 13 (2), pp. 99-118
DOI :
HAL :
Résumé :
Starting from the basic problem of reconstructing a 2-dimensional im-
age given by its projections on two axes, one associates a model of edge
coloring in a complete bipartite graph. The complexity of the case with
k = 3 colors is open. Variations and special cases are considered for the
case k = 3 colors where the graph corresponding to the union of some color
classes (for instance colors 1 and 2) has a given structure (tree, vertex-
disjoint chains, 2-factor, etc.). We also study special cases corresponding
to the search of 2 edge-disjoint chains or cycles going through specied
vertices. A variation where the graph is oriented is also presented.
In addition we explore similar problems for the case where the under-
lying graph is a complete graph (instead of a complete bipartite graph).
BibTeX :
@article{Ben-Cos-Pic-Rie-DeW-2009, author={Cédric Bentz and Marie-Christine Costa and Christophe Picouleau and Bernard Ries and Dominique de Werra }, title={Degree-constrained edge partitioning in graphs arising from discrete tomography }, doi={10.7155/jgaa.00178 }, journal={Journal of Graph Algorithms and Applications }, year={2009 }, volume={13 (2) }, pages={99--118}, }