AbstractLower bounds on the cardinality of the maximum matchings of planar graphs, with a constraint on the minimum degree, are established in terms of a linear polynomial of the number of vertices. The bounds depend upon the minimum degree and the connectivity of graphs. Some examples are given which show that all the lower bounds are best possible in the sense that neither the coefficients nor the constant terms can be improved
The Maximum Cardinality Search algorithm visits the vertices of a graph in some order, such that at ...
An induced matching M of a graph G is a set of pairwise non-adjacent edges such that their end-verti...
The present work tackles a recent problem in the class of cardinality constrained combinatorial opti...
AbstractLower bounds on the cardinality of the maximum matchings of planar graphs, with a constraint...
In this paper, we study lower bounds on the size of maximal and maximum matchings in 3-connected pla...
AbstractIn this paper, we study lower bounds on the size of maximal and maximum matchings in 3-conne...
AbstractThe lower bounds on the cardinality of the maximum matchings of regular multigraphs are esta...
AbstractLower bounds on the cardinality of the maximum matchings of graphs are established in terms ...
AbstractIn this paper, we present algorithms that compute large matchings in planar graphs with fixe...
In this thesis, we study lower bounds on maximum matchings in 1-planar graphs. We expand upon the to...
In this BSc thesis we focus on one of the most important topics in combinatorial optimization, known...
We determine the maximum number of edges that a planar graph can have as a function of its maximum d...
A matching is a set of edges without common endpoint. It was recently shown that every 1-planar grap...
AbstractThe Maximum Cardinality Search (MCS) algorithm visits the vertices of a graph in some order,...
The Maximum Cardinality Search algorithm visits the vertices of a graph in some order, such that at ...
The Maximum Cardinality Search algorithm visits the vertices of a graph in some order, such that at ...
An induced matching M of a graph G is a set of pairwise non-adjacent edges such that their end-verti...
The present work tackles a recent problem in the class of cardinality constrained combinatorial opti...
AbstractLower bounds on the cardinality of the maximum matchings of planar graphs, with a constraint...
In this paper, we study lower bounds on the size of maximal and maximum matchings in 3-connected pla...
AbstractIn this paper, we study lower bounds on the size of maximal and maximum matchings in 3-conne...
AbstractThe lower bounds on the cardinality of the maximum matchings of regular multigraphs are esta...
AbstractLower bounds on the cardinality of the maximum matchings of graphs are established in terms ...
AbstractIn this paper, we present algorithms that compute large matchings in planar graphs with fixe...
In this thesis, we study lower bounds on maximum matchings in 1-planar graphs. We expand upon the to...
In this BSc thesis we focus on one of the most important topics in combinatorial optimization, known...
We determine the maximum number of edges that a planar graph can have as a function of its maximum d...
A matching is a set of edges without common endpoint. It was recently shown that every 1-planar grap...
AbstractThe Maximum Cardinality Search (MCS) algorithm visits the vertices of a graph in some order,...
The Maximum Cardinality Search algorithm visits the vertices of a graph in some order, such that at ...
The Maximum Cardinality Search algorithm visits the vertices of a graph in some order, such that at ...
An induced matching M of a graph G is a set of pairwise non-adjacent edges such that their end-verti...
The present work tackles a recent problem in the class of cardinality constrained combinatorial opti...