AbstractGiven a graph G, one can define a matroid M=(E,C) on the edges E of G with circuits C where C is either the cycles of G or the bicycles of G. The former is called the cycle matroid of G and the latter the bicircular matroid of G. For each bicircular matroid B(G), we find a cocircuit cover of size at most the circumference of B(G) that contains every edge at least twice. This extends the result of Neumann-Lara, Rivera-Campo and Urrutia for graphic matroids
Perturbed graphic matroids are binary matroids that can be obtained from a graphic matroid by adding...
AbstractThe cocircuit graph of an oriented matroid is the 1-skeleton of the cellular decomposition i...
AbstractThis paper presents a polynomial-time algorithm for solving a restricted version of the reco...
AbstractGiven a graph G, one can define a matroid M=(E,C) on the edges E of G with circuits C where ...
Several matroids can be defined on the edge set of a graph. Al-though historically the cycle matroid...
Matroids designs are defined to be matroids in which the hyperplanes all have the same size. The dua...
AbstractMatroidal families are defined as families of connected graphs such that, given any graph G,...
AbstractA bicircular matroid is a matroid defined on the edge set of a graph. Two different graphs c...
We verify a conjecture of P. Seymour (Europ. J. Combinatorics 2, p. 289) regarding circuits of a bin...
AbstractA cycle in a matroid is a disjoint union of circuits. This paper proves that every regular m...
Las Vergnas & Hamidoune studied the number of circuits needed to deter-mine an oriented matroid....
We characterize the 3-connected members of the intersection of the class of bicircular and cobi- cir...
AbstractA base of the cycle space of a binary matroid M on E is said to be convex if its elements ca...
AbstractWe verify a conjecture regarding circuits of a binary matroid. Acircuit coverof a integer-we...
If G is a graph and C ${\buildrel \Delta\over =}$ $\{$E(B) $\mid$ B is a bicycle of G$\}$, then C is...
Perturbed graphic matroids are binary matroids that can be obtained from a graphic matroid by adding...
AbstractThe cocircuit graph of an oriented matroid is the 1-skeleton of the cellular decomposition i...
AbstractThis paper presents a polynomial-time algorithm for solving a restricted version of the reco...
AbstractGiven a graph G, one can define a matroid M=(E,C) on the edges E of G with circuits C where ...
Several matroids can be defined on the edge set of a graph. Al-though historically the cycle matroid...
Matroids designs are defined to be matroids in which the hyperplanes all have the same size. The dua...
AbstractMatroidal families are defined as families of connected graphs such that, given any graph G,...
AbstractA bicircular matroid is a matroid defined on the edge set of a graph. Two different graphs c...
We verify a conjecture of P. Seymour (Europ. J. Combinatorics 2, p. 289) regarding circuits of a bin...
AbstractA cycle in a matroid is a disjoint union of circuits. This paper proves that every regular m...
Las Vergnas & Hamidoune studied the number of circuits needed to deter-mine an oriented matroid....
We characterize the 3-connected members of the intersection of the class of bicircular and cobi- cir...
AbstractA base of the cycle space of a binary matroid M on E is said to be convex if its elements ca...
AbstractWe verify a conjecture regarding circuits of a binary matroid. Acircuit coverof a integer-we...
If G is a graph and C ${\buildrel \Delta\over =}$ $\{$E(B) $\mid$ B is a bicycle of G$\}$, then C is...
Perturbed graphic matroids are binary matroids that can be obtained from a graphic matroid by adding...
AbstractThe cocircuit graph of an oriented matroid is the 1-skeleton of the cellular decomposition i...
AbstractThis paper presents a polynomial-time algorithm for solving a restricted version of the reco...