AbstractConsider a strongly connected directed weighted network with n nodes. This paper presents compact roundtrip routing schemes with O˜(n) sized local tables4 and stretch 6 for any strongly connected directed network with arbitrary edge weights. A scheme with local tables of size O˜(ϵ−1n2/k) and stretch min((2k/2−1)(k+ϵ),8k2+4k−4), for any ϵ>0 is also presented in the case where edge weights are restricted to be polynomially-sized. Both results are for the topology-independent node-name model. These are the first topology-independent results that apply to routing in directed networks. 4The O˜(R) notation denotes O(RlogO(1)R)
AbstractThis paper presents some analytic results concerning the pivot interval routing (PIR) strate...
We describe a distributed randomized algorithm computing approximate distances and routes that appro...
AbstractEfficient algorithms for computing routing tables should take advantage of particular proper...
AbstractConsider a strongly connected directed weighted network with n nodes. This paper presents co...
Given a weighted undirected network with arbitrary node names, we present a compact routing scheme, ...
Given a weighted undirected network with arbitrary node names, we present a compact routing scheme, ...
The first sublinear space universal compact routing schemes for directed graphs are presented. The f...
A weighted undirected network is ∆ growth-bounded if the number of nodes at distance 2r around any g...
We study the complexity of compact routing on arbitrary networks. We give (1) networks on n vertices...
This paper presents a routing strategy called Pivot Interval Routing (PIR), which allows message rou...
Abstract. We adapt the compact routing scheme by Thorup and Zwick to op-timize it for power-law grap...
Abstract—It is important in communication networks to use routes that are as short as possible (i.e ...
One of the fundamental trade-offs in compact routing schemes is between the space used to store the ...
Given a rooted n-node tree with arbitrary positive edge weights, and arbitrary node names, what is t...
The cycle prefix network is a Cayley coset digraph based on sequences over an alphabet which has bee...
AbstractThis paper presents some analytic results concerning the pivot interval routing (PIR) strate...
We describe a distributed randomized algorithm computing approximate distances and routes that appro...
AbstractEfficient algorithms for computing routing tables should take advantage of particular proper...
AbstractConsider a strongly connected directed weighted network with n nodes. This paper presents co...
Given a weighted undirected network with arbitrary node names, we present a compact routing scheme, ...
Given a weighted undirected network with arbitrary node names, we present a compact routing scheme, ...
The first sublinear space universal compact routing schemes for directed graphs are presented. The f...
A weighted undirected network is ∆ growth-bounded if the number of nodes at distance 2r around any g...
We study the complexity of compact routing on arbitrary networks. We give (1) networks on n vertices...
This paper presents a routing strategy called Pivot Interval Routing (PIR), which allows message rou...
Abstract. We adapt the compact routing scheme by Thorup and Zwick to op-timize it for power-law grap...
Abstract—It is important in communication networks to use routes that are as short as possible (i.e ...
One of the fundamental trade-offs in compact routing schemes is between the space used to store the ...
Given a rooted n-node tree with arbitrary positive edge weights, and arbitrary node names, what is t...
The cycle prefix network is a Cayley coset digraph based on sequences over an alphabet which has bee...
AbstractThis paper presents some analytic results concerning the pivot interval routing (PIR) strate...
We describe a distributed randomized algorithm computing approximate distances and routes that appro...
AbstractEfficient algorithms for computing routing tables should take advantage of particular proper...