The forwarding index of communication networks
IEEE Transactions on Information Theory
On forwarding indices of networks
Discrete Applied Mathematics
On the sum of all distances in chromatic blocks
Journal of Graph Theory
Average distance and independence number
2nd Twente workshop on Graphs and combinatorial optimization
Independence and average distance in graphs
Discrete Applied Mathematics
Average distance and domination number
Discrete Applied Mathematics - Special issue: 50th anniversary of the Wiener index
Using minimum degree to bound average distance
Discrete Mathematics
Note: Average distance and domination number revisited
Discrete Applied Mathematics
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Let k be a positive integer and G be a simple connected graph with order n. The average distance @m(G) of G is defined to be the average value of distances over all pairs of vertices of G. A subset D of vertices in G is said to be a k-dominating set of G if every vertex of V(G)-D is within distance k from some vertex of D. The minimum cardinality among all k-dominating sets of G is called the k-domination number @c"k(G) of G. In this paper tight upper bounds are established for @m(G), as functions of n, k and @c"k(G), which generalizes the earlier results of Dankelmann [P. Dankelmann, Average distance and domination number, Discrete Appl. Math. 80 (1997) 21-35] for k=1.