Dispersed Points and Geometric Embedding of Complete Bipartite Graphs.
H. Maehara (1991)
Discrete & computational geometry
Similarity:
The search session has expired. Please query the service again.
The search session has expired. Please query the service again.
The search session has expired. Please query the service again.
The search session has expired. Please query the service again.
The search session has expired. Please query the service again.
H. Maehara (1991)
Discrete & computational geometry
Similarity:
B. Chazelle, N. Shouraboura (1995)
Discrete & computational geometry
Similarity:
H. Maehara (1991)
Discrete & computational geometry
Similarity:
Bert L. Hartnell, Douglas F. Rall (2003)
Discussiones Mathematicae Graph Theory
Similarity:
The study of domination in Cartesian products has received its main motivation from attempts to settle a conjecture made by V.G. Vizing in 1968. He conjectured that γ(G)γ(H) is a lower bound for the domination number of the Cartesian product of any two graphs G and H. Most of the progress on settling this conjecture has been limited to verifying the conjectured lower bound if one of the graphs has a certain structural property. In addition, a number of authors have established bounds...
José Soares (1994)
Discrete & computational geometry
Similarity:
N. Alon, S. Suri, P.K. Agarwal, B. Aronov (1994)
Discrete & computational geometry
Similarity:
D.P. Dobkin, S.J. Friedman, K.J. Supowit (1990)
Discrete & computational geometry
Similarity:
François Clautiaux, Aziz Moukrim, Stéphane Nègre, Jacques Carlier (2010)
RAIRO - Operations Research
Similarity:
The notion of treewidth is of considerable interest in relation to NP-hard problems. Indeed, several studies have shown that the tree-decomposition method can be used to solve many basic optimization problems in polynomial time when treewidth is bounded, even if, for arbitrary graphs, computing the treewidth is NP-hard. Several papers present heuristics with computational experiments. For many graphs the discrepancy between the heuristic results and the best lower bounds is still...
J. Reiterman, V Rödl, E. Sinajová (1989)
Discrete & computational geometry
Similarity: