AbstractFor a given connected graph G of order n, a routing R is a set of n(n-1) simple paths one specified for each ordered pair of vertices in G; the pair (G, R) is called a network. The vertex (respectively edge) forwarding index ξ(G, R) (respectively π(G, R)) of a network (G, R) is the maximum number of paths of R passing through any vertex (respectively edge).In this paper we give upper bounds on these parameters, in terms of the number of vertices and the connectivity of the graph, solving some conjectures given in a previous paper
Let G be a connected graph of order n. A routing in G is a set of n(n 1) fixed paths for all ordere...
AbstractIn this paper we introduce a technique to compute an improved bound on edge-forwarding indic...
AbstractFor a given connected graph G of order n, a routing R is a set of n(n-1) elementary paths sp...
AbstractA network (G,R) consists in a given undirected graph G of order n and a routing R, that is a...
A routing R of a connected graph G of order n is a collection of n(n — 1) simple paths connecting ev...
Abstract. A routing R of a connected graph G of order n is a collection of n(n − 1) simple paths con...
AbstractFor a given connected graph G of order n, a routing R is a set of n(n-1) simple paths one sp...
AbstractAnswering some questions of Heydemann, Meyer, Opatrny and Sotteau [4], we give upper bounds ...
AbstractIn a given network with n vertices, a routing is defined as a set of n(n — 1) paths, one pat...
AbstractFor a given connected graph G of order v, a routing R in G is a set of v(v−1) elementary pat...
AbstractThe decision version of the forwarding index problem is, given a connected graph G and an in...
The decision version of the forwarding index problem is, given a connected graph G and an integer ξ,...
Abstract-A network is defined as an undirected graph and a routing which consists of a collection of...
To measure the efficiency of a routing in network, Chung et al [The forwarding index of communicatio...
LetG be a connected graph. A routing inG is a set of fixed paths for all ordered pairs of vertices i...
Let G be a connected graph of order n. A routing in G is a set of n(n 1) fixed paths for all ordere...
AbstractIn this paper we introduce a technique to compute an improved bound on edge-forwarding indic...
AbstractFor a given connected graph G of order n, a routing R is a set of n(n-1) elementary paths sp...
AbstractA network (G,R) consists in a given undirected graph G of order n and a routing R, that is a...
A routing R of a connected graph G of order n is a collection of n(n — 1) simple paths connecting ev...
Abstract. A routing R of a connected graph G of order n is a collection of n(n − 1) simple paths con...
AbstractFor a given connected graph G of order n, a routing R is a set of n(n-1) simple paths one sp...
AbstractAnswering some questions of Heydemann, Meyer, Opatrny and Sotteau [4], we give upper bounds ...
AbstractIn a given network with n vertices, a routing is defined as a set of n(n — 1) paths, one pat...
AbstractFor a given connected graph G of order v, a routing R in G is a set of v(v−1) elementary pat...
AbstractThe decision version of the forwarding index problem is, given a connected graph G and an in...
The decision version of the forwarding index problem is, given a connected graph G and an integer ξ,...
Abstract-A network is defined as an undirected graph and a routing which consists of a collection of...
To measure the efficiency of a routing in network, Chung et al [The forwarding index of communicatio...
LetG be a connected graph. A routing inG is a set of fixed paths for all ordered pairs of vertices i...
Let G be a connected graph of order n. A routing in G is a set of n(n 1) fixed paths for all ordere...
AbstractIn this paper we introduce a technique to compute an improved bound on edge-forwarding indic...
AbstractFor a given connected graph G of order n, a routing R is a set of n(n-1) elementary paths sp...