Add to ORKGThis paper looks at the minimum weight bounded length circuit cover problem on rectangular grid graphs. We give a constructive procedure to determine an edge cover of the augemented Eulerian graph with circuits of fixed length
This paper considers variations of the minimal connected vertex cover problem to be found in the stu...
AbstractWe verify a conjecture regarding circuits of a binary matroid. Acircuit coverof a integer-we...
Consider an edge-weighted graph G = (V, L), and define a k-cover C as a subset of the edges L such t...
This paper looks at the minimum weight bounded length circuit cover problem on grid graph
AbstractIt is proved that every eulerian simple graph on n vertices can be covered by at most ⌊n−12⌋...
AbstractWe show that the edge set of a bridgeless cubic graph G can be covered with circuits such th...
AbstractThe cycle code of a graph is the binary linear span of the characteristic vectors of circuit...
AbstractA cycle cover of a graph is a set of cycles such that every vertex is part of exactly one cy...
A cycle cover of a graph is a set of cycles such that every vertex is part of exactly one cycle. An ...
AbstractA minimax theorem is proved. The theorem concerns packing non-separating circuits in euleria...
AbstractLet G be a bridgeless cubic graph associated with an eulerian weight w:E(G)↦{1,2}. A faithfu...
AbstractAn equivalent statement of the circuit double cover conjecture is that every bridgeless grap...
International audienceIn the classical vertex cover problem, we are given a graph G=(V,E) and we aim...
AbstractLetGbe a 2-edge-connected graph withmedges andnvertices. The following two conjectures are p...
A cycle cover of a graph is a set of cycles such that every vertex is part of exactly one cycle. An ...
This paper considers variations of the minimal connected vertex cover problem to be found in the stu...
AbstractWe verify a conjecture regarding circuits of a binary matroid. Acircuit coverof a integer-we...
Consider an edge-weighted graph G = (V, L), and define a k-cover C as a subset of the edges L such t...
This paper looks at the minimum weight bounded length circuit cover problem on grid graph
AbstractIt is proved that every eulerian simple graph on n vertices can be covered by at most ⌊n−12⌋...
AbstractWe show that the edge set of a bridgeless cubic graph G can be covered with circuits such th...
AbstractThe cycle code of a graph is the binary linear span of the characteristic vectors of circuit...
AbstractA cycle cover of a graph is a set of cycles such that every vertex is part of exactly one cy...
A cycle cover of a graph is a set of cycles such that every vertex is part of exactly one cycle. An ...
AbstractA minimax theorem is proved. The theorem concerns packing non-separating circuits in euleria...
AbstractLet G be a bridgeless cubic graph associated with an eulerian weight w:E(G)↦{1,2}. A faithfu...
AbstractAn equivalent statement of the circuit double cover conjecture is that every bridgeless grap...
International audienceIn the classical vertex cover problem, we are given a graph G=(V,E) and we aim...
AbstractLetGbe a 2-edge-connected graph withmedges andnvertices. The following two conjectures are p...
A cycle cover of a graph is a set of cycles such that every vertex is part of exactly one cycle. An ...
This paper considers variations of the minimal connected vertex cover problem to be found in the stu...
AbstractWe verify a conjecture regarding circuits of a binary matroid. Acircuit coverof a integer-we...
Consider an edge-weighted graph G = (V, L), and define a k-cover C as a subset of the edges L such t...