International audienceWe consider the class of Berge graphs that contain no odd prism and no square (cycle on four vertices). We prove that every graph G in this class either is a clique or has an even pair, as conjectured by Everett and Reed. This result is used to devise a polynomial-time algorithm to color optimally every graph in this class
International audienceA graph is Berge if it has no induced odd cycle on at least 5 vertices and no ...
International audienceA graph is Berge if it has no induced odd cycle on at least 5 vertices and no ...
We consider the class of Berge graphs that do not contain a chordless cycle of length $4$. We presen...
International audienceWe consider the class of Berge graphs that contain no odd prism and no square ...
International audienceWe consider the class of Berge graphs that do not contain a chordless cycle of...
International audienceWe consider the class of Berge graphs that do not contain a chordless cycle of...
International audienceWe consider the class of Berge graphs that do not contain a chordless cycle of...
International audienceWe consider the class A of graphs that contain no odd hole, no antihole, and n...
International audienceWe consider the class A of graphs that contain no odd hole, no antihole, and n...
International audienceWe consider the class A of graphs that contain no odd hole, no antihole, and n...
International audienceWe consider the class A of graphs that contain no odd hole, no antihole, and n...
International audienceWe consider the class of Berge graphs that do not contain a chordless cycle of...
The final publication is available at Elsevier via https://doi.org/10.1016/j.jctb.2018.01.003 © 2018...
International audienceA graph is Berge if it has no induced odd cycle on at least 5 vertices and no ...
International audienceA graph is Berge if it has no induced odd cycle on at least 5 vertices and no ...
International audienceA graph is Berge if it has no induced odd cycle on at least 5 vertices and no ...
International audienceA graph is Berge if it has no induced odd cycle on at least 5 vertices and no ...
We consider the class of Berge graphs that do not contain a chordless cycle of length $4$. We presen...
International audienceWe consider the class of Berge graphs that contain no odd prism and no square ...
International audienceWe consider the class of Berge graphs that do not contain a chordless cycle of...
International audienceWe consider the class of Berge graphs that do not contain a chordless cycle of...
International audienceWe consider the class of Berge graphs that do not contain a chordless cycle of...
International audienceWe consider the class A of graphs that contain no odd hole, no antihole, and n...
International audienceWe consider the class A of graphs that contain no odd hole, no antihole, and n...
International audienceWe consider the class A of graphs that contain no odd hole, no antihole, and n...
International audienceWe consider the class A of graphs that contain no odd hole, no antihole, and n...
International audienceWe consider the class of Berge graphs that do not contain a chordless cycle of...
The final publication is available at Elsevier via https://doi.org/10.1016/j.jctb.2018.01.003 © 2018...
International audienceA graph is Berge if it has no induced odd cycle on at least 5 vertices and no ...
International audienceA graph is Berge if it has no induced odd cycle on at least 5 vertices and no ...
International audienceA graph is Berge if it has no induced odd cycle on at least 5 vertices and no ...
International audienceA graph is Berge if it has no induced odd cycle on at least 5 vertices and no ...
We consider the class of Berge graphs that do not contain a chordless cycle of length $4$. We presen...