We develop decomposition/composition tools for efficiently solving maximum weight stable sets problems as well as for describing them as polynomially sized linear programs (using “compact systems”). Some of these are well-known but need some extra work to yield polynomial “decomposition schemes”. We apply the tools to graphs with no even hole and no cap. A hole is a chordless cycle of length greater than three and a cap is a hole together with an additional node that is adjacent to two adjacent nodes of the hole and that has no other neighbors on the hole.
International audienceA hole in a graph is a chordless cycle of length at least 4. A theta is a grap...
AbstractWe provide two polynomial-time exact algorithms to compute a maximum stable set in graphs th...
AbstractWe give a O(nm) time algorithm for the maximum weight stable set (MWS) problem on P5- and co...
We develop decomposition/composition tools for efficiently solving maximum weight stable sets proble...
AbstractSeveral applications of methods from nonlinear algebra to the stable set problem in graphs a...
A graph $G$ with a two-node cutset decomposes into two pieces. A technique to describe the stable se...
A \emph{hole} in a graph is an induced cycle with at least 4 vertices. A graph is \emph{even-hole-fr...
A stable cutset in a graph is a stable set whose deletion disconnects the graph. It was conjectured ...
The maximum stable set problem is NP-hard, even when restricted to triangle-free graphs. In particul...
AbstractThis paper proves that if a graph G has a stable cutset S such that no vertex of S lies on a...
Clique separators in graphs are a helpful tool used by Tarjan as a divideand-conquer approach for so...
The Maximum Stable Set (MS) problem is a well known NP-hard problem. However different graph classes...
AbstractClique separators in graphs are a helpful tool used by Tarjan as a divide-and-conquer approa...
wrpwatsonibmcom shepherfvaxlseacuk Abstract We give a simple algorithm for the weighted stable set ...
The authors characterize the stable set polytope for graphs that do not have a 4-wheel as a minor. T...
International audienceA hole in a graph is a chordless cycle of length at least 4. A theta is a grap...
AbstractWe provide two polynomial-time exact algorithms to compute a maximum stable set in graphs th...
AbstractWe give a O(nm) time algorithm for the maximum weight stable set (MWS) problem on P5- and co...
We develop decomposition/composition tools for efficiently solving maximum weight stable sets proble...
AbstractSeveral applications of methods from nonlinear algebra to the stable set problem in graphs a...
A graph $G$ with a two-node cutset decomposes into two pieces. A technique to describe the stable se...
A \emph{hole} in a graph is an induced cycle with at least 4 vertices. A graph is \emph{even-hole-fr...
A stable cutset in a graph is a stable set whose deletion disconnects the graph. It was conjectured ...
The maximum stable set problem is NP-hard, even when restricted to triangle-free graphs. In particul...
AbstractThis paper proves that if a graph G has a stable cutset S such that no vertex of S lies on a...
Clique separators in graphs are a helpful tool used by Tarjan as a divideand-conquer approach for so...
The Maximum Stable Set (MS) problem is a well known NP-hard problem. However different graph classes...
AbstractClique separators in graphs are a helpful tool used by Tarjan as a divide-and-conquer approa...
wrpwatsonibmcom shepherfvaxlseacuk Abstract We give a simple algorithm for the weighted stable set ...
The authors characterize the stable set polytope for graphs that do not have a 4-wheel as a minor. T...
International audienceA hole in a graph is a chordless cycle of length at least 4. A theta is a grap...
AbstractWe provide two polynomial-time exact algorithms to compute a maximum stable set in graphs th...
AbstractWe give a O(nm) time algorithm for the maximum weight stable set (MWS) problem on P5- and co...