AbstractLet D be a graph or a digraph. If δ(D) is the minimum degree, λ(D) the edge-connectivity and κ(D) the vertex-connectivity, then κ(D)⩽λ(D)⩽δ(D) is a well-known basic relationship between these parameters. The graph or digraph D is called maximally edge-connected if λ(D)=δ(D) and maximally vertex-connected if κ(D)=δ(D). In this survey we mainly present sufficient conditions for graphs and digraphs to be maximally edge-connected as well as maximally vertex-connected. We also discuss the concept of conditional or restricted edge-connectivity and vertex-connectivity, respectively
AbstractFor a vertex v of a graph G, we denote by d(v) the degree of v. The local connectivity κ(u,v...
AbstractIn this paper we give degree sequence conditions for the equality of edge-connectivity and m...
AbstractLet G be a graph of order n(G), minimum degree δ(G) and connectivity κ(G). We call the graph...
Continuing the study of connectivity, initiated in §4.1 of the Handbook, we survey here some (suffic...
Let G be a connected graph with minimum degree δ and edge-connectivity λ. A graph is maximally edge-...
Let G be a connected graph with minimum degree δG and vertex-connectivity κG. The graph G is k-conne...
AbstractA digraph without any cycle of length two is called an oriented graph. The local-edge-connec...
AbstractRecently, some sufficient conditions for a digraph to have maximum connectivity or high supe...
AbstractIt is shown in this work that if graph G has degree sequence d1≥d2≥⋯≥dn≥2 with ∑i=1l(di+dn−i...
AbstractThe note contains some conditions on a graph implying that the edge connectivity is equal to...
A connected graph is said to be super edge-connected if every minimum edge-cut isolates a vertex. Th...
AbstractA connected digraph is said to be superconnected if it is maximally connected and every mini...
AbstractFor a connected graph G, an edge set S is a k-restricted edge-cut if G−S is disconnected and...
AbstractLet G=(V,E) be a digraph with diameter D≠1. For a given integer 1⩽t⩽D, the t-distance connec...
AbstractSuper-λ is a more refined network reliability index than edge-connectivity. A graph is super...
AbstractFor a vertex v of a graph G, we denote by d(v) the degree of v. The local connectivity κ(u,v...
AbstractIn this paper we give degree sequence conditions for the equality of edge-connectivity and m...
AbstractLet G be a graph of order n(G), minimum degree δ(G) and connectivity κ(G). We call the graph...
Continuing the study of connectivity, initiated in §4.1 of the Handbook, we survey here some (suffic...
Let G be a connected graph with minimum degree δ and edge-connectivity λ. A graph is maximally edge-...
Let G be a connected graph with minimum degree δG and vertex-connectivity κG. The graph G is k-conne...
AbstractA digraph without any cycle of length two is called an oriented graph. The local-edge-connec...
AbstractRecently, some sufficient conditions for a digraph to have maximum connectivity or high supe...
AbstractIt is shown in this work that if graph G has degree sequence d1≥d2≥⋯≥dn≥2 with ∑i=1l(di+dn−i...
AbstractThe note contains some conditions on a graph implying that the edge connectivity is equal to...
A connected graph is said to be super edge-connected if every minimum edge-cut isolates a vertex. Th...
AbstractA connected digraph is said to be superconnected if it is maximally connected and every mini...
AbstractFor a connected graph G, an edge set S is a k-restricted edge-cut if G−S is disconnected and...
AbstractLet G=(V,E) be a digraph with diameter D≠1. For a given integer 1⩽t⩽D, the t-distance connec...
AbstractSuper-λ is a more refined network reliability index than edge-connectivity. A graph is super...
AbstractFor a vertex v of a graph G, we denote by d(v) the degree of v. The local connectivity κ(u,v...
AbstractIn this paper we give degree sequence conditions for the equality of edge-connectivity and m...
AbstractLet G be a graph of order n(G), minimum degree δ(G) and connectivity κ(G). We call the graph...