AbstractWe characterize graphs of large enough order or large enough minimum degree which contain edge cuts whose deletion results in a graph with a specified number of large components. This generalizes and extends recent results due to Ou [Jianping Ou, Edge cuts leaving components of order at least m, Discrete Math. 305 (2005), 365–371] and Zhang and Yuan [Z. Zhang, J. Yuan, A proof of an inequality concerning k-restricted edge connectivity, Discrete Math. 304 (2005), 128–134]
AbstractFor a graph G, we can consider the minimum number of vertices (resp. edges) whose deletion d...
Given a finite, simple graph $G$, the $k$-component order edge connectivity of $G$ is the minimum nu...
AbstractThis work deals with a generalization of the Cartesian product of graphs, the product graph ...
We characterize graphs of large enough order or large enough minimum degree which contain edge cuts ...
AbstractWe characterize graphs of large enough order or large enough minimum degree which contain ed...
AbstractAn m-restricted edge cut is an edge cut of a connected graph which disconnects this graph wi...
AbstractFor a connected graph G, the restricted edge-connectivity λp(G) is defined as the minimum ca...
Cyclic Sums, Network Sharing and Restricted Edge Cuts in Graphs with Long Cycles Dieter Rautenbach ...
AbstractThis paper considers the concept of restricted edge-connectivity, and relates that to the ed...
AbstractAn edge subset S of a connected graph G is a k-restricted edge cut if G-S is disconnected, a...
AbstractLet G=(V,E) be a connected graph and S⊂E. S is said to be a m-restricted edge cut (m-RC) if ...
AbstractThe old well-known result of Chartrand, Kaugars and Lick says that every k-connected graph G...
AbstractFor an undirected multigraph G=(V,E), let α be a positive integer weight function on V. For ...
AbstractWe prove that every connected graph G of order n has a spanning tree T such that for every e...
Let G be a connected graph with p ≥ 2 vertices. For k = 1, 2, ..., P-1, the Kth order edge-connectiv...
AbstractFor a graph G, we can consider the minimum number of vertices (resp. edges) whose deletion d...
Given a finite, simple graph $G$, the $k$-component order edge connectivity of $G$ is the minimum nu...
AbstractThis work deals with a generalization of the Cartesian product of graphs, the product graph ...
We characterize graphs of large enough order or large enough minimum degree which contain edge cuts ...
AbstractWe characterize graphs of large enough order or large enough minimum degree which contain ed...
AbstractAn m-restricted edge cut is an edge cut of a connected graph which disconnects this graph wi...
AbstractFor a connected graph G, the restricted edge-connectivity λp(G) is defined as the minimum ca...
Cyclic Sums, Network Sharing and Restricted Edge Cuts in Graphs with Long Cycles Dieter Rautenbach ...
AbstractThis paper considers the concept of restricted edge-connectivity, and relates that to the ed...
AbstractAn edge subset S of a connected graph G is a k-restricted edge cut if G-S is disconnected, a...
AbstractLet G=(V,E) be a connected graph and S⊂E. S is said to be a m-restricted edge cut (m-RC) if ...
AbstractThe old well-known result of Chartrand, Kaugars and Lick says that every k-connected graph G...
AbstractFor an undirected multigraph G=(V,E), let α be a positive integer weight function on V. For ...
AbstractWe prove that every connected graph G of order n has a spanning tree T such that for every e...
Let G be a connected graph with p ≥ 2 vertices. For k = 1, 2, ..., P-1, the Kth order edge-connectiv...
AbstractFor a graph G, we can consider the minimum number of vertices (resp. edges) whose deletion d...
Given a finite, simple graph $G$, the $k$-component order edge connectivity of $G$ is the minimum nu...
AbstractThis work deals with a generalization of the Cartesian product of graphs, the product graph ...