AbstractH. Meyniel proved that in every minimal imperfect graph, every pair of vertices is joined by a chordless path containing an odd number of edges. We conjectured that in every minimal imperfect graph, every pair of vertices is joined by a path containing an even number of edges. We give an equivalent version of this new conjecture
AbstractNumerous studies concerning the number and disposition of chordless paths on four vertices i...
AbstractWe show that a minimal imperfect graph G cannot contain a cutset C which induces a complete ...
AbstractWe show that a minimal imperfect graph G cannot contain a cutset C which induces a complete ...
H. Meyniel proved that in every minimal imperfect graph, every pair of vertices is joined by a chord...
H. Meyniel proved that in every minimal imperfect graph, every pair of vertices is joined by a chord...
H. Meyniel proved that in every minimal imperfect graph, every pair of vertices is joined by a chord...
AbstractH. Meyniel proved that in every minimal imperfect graph, every pair of vertices is joined by...
AbstractThe Even Pair Lemma, proved by Meyniel, states that no minimal imperfect graph contains a pa...
Two non-adjacent vertices x and y in a graph G form an even pair if every induced path between them ...
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 ...
AbstractNumerous studies concerning the number and disposition of chordless paths on four vertices i...
Two non-adjacent vertices in a graph form an even pair if every chordless path between them has an ...
AbstractNumerous studies concerning the number and disposition of chordless paths on four vertices i...
AbstractWe show that a minimal imperfect graph G cannot contain a cutset C which induces a complete ...
AbstractWe show that a minimal imperfect graph G cannot contain a cutset C which induces a complete ...
H. Meyniel proved that in every minimal imperfect graph, every pair of vertices is joined by a chord...
H. Meyniel proved that in every minimal imperfect graph, every pair of vertices is joined by a chord...
H. Meyniel proved that in every minimal imperfect graph, every pair of vertices is joined by a chord...
AbstractH. Meyniel proved that in every minimal imperfect graph, every pair of vertices is joined by...
AbstractThe Even Pair Lemma, proved by Meyniel, states that no minimal imperfect graph contains a pa...
Two non-adjacent vertices x and y in a graph G form an even pair if every induced path between them ...
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 ...
AbstractNumerous studies concerning the number and disposition of chordless paths on four vertices i...
Two non-adjacent vertices in a graph form an even pair if every chordless path between them has an ...
AbstractNumerous studies concerning the number and disposition of chordless paths on four vertices i...
AbstractWe show that a minimal imperfect graph G cannot contain a cutset C which induces a complete ...
AbstractWe show that a minimal imperfect graph G cannot contain a cutset C which induces a complete ...