AbstractIf M is a loopless matroid in which M/vbX and M/vbY are connected and X∩Y is non-empty, then one easily shows that M/vb(X∪Y) is connected. Likewise, it is straightforward to show that if G and H are n-connected graphs having at least n common vertices, then G ∪ H is n-connected. The purpose of this note is to prove a matroid connectivity result that is a common generalization of these two observations
AbstractThe connectivity function k of a matroid M on a set E is defined by k(X) = r(X) + r(E − X) −...
AbstractLemos and Oxley proved that if M is a connected matroid with |E(M)|⩾3r(M), then M has a circ...
AbstractIn this paper, we prove that any simple and cosimple connected binary matroid has at least f...
If M is a loopless matroid in which M/vbX and M/vbY are connected and X∩Y is non-empty, then one eas...
AbstractIf M is a loopless matroid in which M/vbX and M/vbY are connected and X∩Y is non-empty, then...
AbstractIn a loopless matroid a non-empty set is connected in the sense of Hartfiel and Maxson if an...
In a loopless matroid a non-empty set is connected in the sense of Hartfiel and Maxson if and only i...
AbstractIn this note a definition of connected sets of a matroid is given. Several natural results c...
For a matroid N, a matroid M is N-connected if every two elements of M are in an N-minor together. T...
Let n be an integer exceeding one and M be a matroid having at least n + 2 elements. In this paper, ...
AbstractLet n be an integer exceeding one and M be a matroid having at least n + 2 elements. In this...
AbstractIn this paper we prove the following theorem: Let M be a 3-connected matroid other than the ...
AbstractIt is well known that for any element of a connected matroid, either the deletion or the con...
AbstractTutte has defined n-connection for matroids and proved a connected graph is n-connected if a...
AbstractThe connectivity of a graph G and the corank of a matroid M are denoted by κ(G) and ϱ, respe...
AbstractThe connectivity function k of a matroid M on a set E is defined by k(X) = r(X) + r(E − X) −...
AbstractLemos and Oxley proved that if M is a connected matroid with |E(M)|⩾3r(M), then M has a circ...
AbstractIn this paper, we prove that any simple and cosimple connected binary matroid has at least f...
If M is a loopless matroid in which M/vbX and M/vbY are connected and X∩Y is non-empty, then one eas...
AbstractIf M is a loopless matroid in which M/vbX and M/vbY are connected and X∩Y is non-empty, then...
AbstractIn a loopless matroid a non-empty set is connected in the sense of Hartfiel and Maxson if an...
In a loopless matroid a non-empty set is connected in the sense of Hartfiel and Maxson if and only i...
AbstractIn this note a definition of connected sets of a matroid is given. Several natural results c...
For a matroid N, a matroid M is N-connected if every two elements of M are in an N-minor together. T...
Let n be an integer exceeding one and M be a matroid having at least n + 2 elements. In this paper, ...
AbstractLet n be an integer exceeding one and M be a matroid having at least n + 2 elements. In this...
AbstractIn this paper we prove the following theorem: Let M be a 3-connected matroid other than the ...
AbstractIt is well known that for any element of a connected matroid, either the deletion or the con...
AbstractTutte has defined n-connection for matroids and proved a connected graph is n-connected if a...
AbstractThe connectivity of a graph G and the corank of a matroid M are denoted by κ(G) and ϱ, respe...
AbstractThe connectivity function k of a matroid M on a set E is defined by k(X) = r(X) + r(E − X) −...
AbstractLemos and Oxley proved that if M is a connected matroid with |E(M)|⩾3r(M), then M has a circ...
AbstractIn this paper, we prove that any simple and cosimple connected binary matroid has at least f...