AbstractAn edge of a k-connected graph is said to be k-contractible if the contraction of the edge results in a k-connected graph. In this paper, we prove that a (K1+C4)-free minimally k-connected graph has a k-contractible edge, if incident to each vertex of degree k, there is an edge which is not contained in a triangle. This implies two previous results, one due to Thomassen and the other due to Kawarabayashi
Any pair of non-adjacent vertices forms a non-edge in a graph. Contraction of a non-edge merges two ...
An edge in a k-conected graph is said to be k-contractible if the contraction of it results in a k-c...
summary:An edge $e$ of a $k$-connected graph $G$ is said to be $k$-removable if $G-e$ is still $k$-c...
AbstractIt is proved that if G is a k-connected graph which does not contain K−4, then G has an edge...
summary:An edge $e$ of a $k$-connected graph $G$ is said to be $k$-contractible (or simply contracti...
summary:An edge $e$ of a $k$-connected graph $G$ is said to be $k$-contractible (or simply contracti...
summary:An edge $e$ of a $k$-connected graph $G$ is said to be $k$-contractible (or simply contracti...
AbstractAn edge of a k-connected graph is said to be k-contractible if the contraction of the edge r...
AbstractAn edge of a k-connected graph is said to be k-contractible if the contraction of the edge r...
AbstractIt is proved that if G is a k-connected graph which does not contain K−4, then G has an edge...
AbstractAn edge xy of a k-connected graph G is said to be k-contractible if the graph G · xy obtaine...
AbstractAn edge of a k-connected graph is said to be k-contractible if the contraction of the edge r...
Contraction of an edge e merges its end points into a new single vertex, and each neighbor of one ...
Contraction of an edge e merges its end points into a new single vertex, and each neighbor of one ...
AbstractAn edge xy of a k-connected graph G is said to be k-contractible if the graph G · xy obtaine...
Any pair of non-adjacent vertices forms a non-edge in a graph. Contraction of a non-edge merges two ...
An edge in a k-conected graph is said to be k-contractible if the contraction of it results in a k-c...
summary:An edge $e$ of a $k$-connected graph $G$ is said to be $k$-removable if $G-e$ is still $k$-c...
AbstractIt is proved that if G is a k-connected graph which does not contain K−4, then G has an edge...
summary:An edge $e$ of a $k$-connected graph $G$ is said to be $k$-contractible (or simply contracti...
summary:An edge $e$ of a $k$-connected graph $G$ is said to be $k$-contractible (or simply contracti...
summary:An edge $e$ of a $k$-connected graph $G$ is said to be $k$-contractible (or simply contracti...
AbstractAn edge of a k-connected graph is said to be k-contractible if the contraction of the edge r...
AbstractAn edge of a k-connected graph is said to be k-contractible if the contraction of the edge r...
AbstractIt is proved that if G is a k-connected graph which does not contain K−4, then G has an edge...
AbstractAn edge xy of a k-connected graph G is said to be k-contractible if the graph G · xy obtaine...
AbstractAn edge of a k-connected graph is said to be k-contractible if the contraction of the edge r...
Contraction of an edge e merges its end points into a new single vertex, and each neighbor of one ...
Contraction of an edge e merges its end points into a new single vertex, and each neighbor of one ...
AbstractAn edge xy of a k-connected graph G is said to be k-contractible if the graph G · xy obtaine...
Any pair of non-adjacent vertices forms a non-edge in a graph. Contraction of a non-edge merges two ...
An edge in a k-conected graph is said to be k-contractible if the contraction of it results in a k-c...
summary:An edge $e$ of a $k$-connected graph $G$ is said to be $k$-removable if $G-e$ is still $k$-c...