Given a biconnected network G with n nodes and a specific edge (r, s) of G, the st-numbering problem asks for an assignment of integers to the nodes satisfying the following condition: r is assigned the number 1 and s is assigned the number n and all other nodes are assigned numbers in such a way that every node (other than r and s) has a neighbour with smaller st-number and a neighbour with larger st-number. Since st-numbering exists iff G is biconnected, it serves as a powerful "local characterization" of the "global" property of the network. We present an efficient O(e) message complexity and O(n) time complexity algorithm for st-numbering a biconnected graph
Abstract: The topological design of a computer communication network assigns the links and link capa...
In this paper, we present sparse certificates for biconnectivity together with algorithms for updati...
The problem of listing the K shortest simple (loopless) st-paths in a graph has been studied since t...
AbstractLempel, Even and Cederbaum proved the following result: Given any edge {st} in a biconnected...
International audienceWe consider the standard message passing model; we assume the system is fully ...
This paper describes a distributed algorithm for computing the biconnected components of a dynamical...
AbstractThe linear time serial algorithm of Lempel et al. (1967) for testing planarity of graphs use...
Given a biconnected graph G=(V, E) and an edge {s,t} in E, an st-ordering is an ordering v1,...,vn o...
A certificate for the k connectivity y of a graph G =(V#E)isasubsetE of E such that (V#E )i...
This paper presents a distributed message-passing algorithm for counting short cycles in a graph. Fo...
Selection, Routing and Sorting on the Star Graph We consider the problems of selection, routing and ...
Abstract. A distributed algorithm is presented that constructs the minimum-weight spanning tree of a...
Motivated by the increasing need to understand the distributed algorithmic foundations of large-scal...
Recent work by Elmasry et al. (STACS 2015) and Asano et al. (ISAAC 2014) reconsidered classical fund...
Node counting on a graph is subject to some fundamental theoretical limitations, yet a solution to s...
Abstract: The topological design of a computer communication network assigns the links and link capa...
In this paper, we present sparse certificates for biconnectivity together with algorithms for updati...
The problem of listing the K shortest simple (loopless) st-paths in a graph has been studied since t...
AbstractLempel, Even and Cederbaum proved the following result: Given any edge {st} in a biconnected...
International audienceWe consider the standard message passing model; we assume the system is fully ...
This paper describes a distributed algorithm for computing the biconnected components of a dynamical...
AbstractThe linear time serial algorithm of Lempel et al. (1967) for testing planarity of graphs use...
Given a biconnected graph G=(V, E) and an edge {s,t} in E, an st-ordering is an ordering v1,...,vn o...
A certificate for the k connectivity y of a graph G =(V#E)isasubsetE of E such that (V#E )i...
This paper presents a distributed message-passing algorithm for counting short cycles in a graph. Fo...
Selection, Routing and Sorting on the Star Graph We consider the problems of selection, routing and ...
Abstract. A distributed algorithm is presented that constructs the minimum-weight spanning tree of a...
Motivated by the increasing need to understand the distributed algorithmic foundations of large-scal...
Recent work by Elmasry et al. (STACS 2015) and Asano et al. (ISAAC 2014) reconsidered classical fund...
Node counting on a graph is subject to some fundamental theoretical limitations, yet a solution to s...
Abstract: The topological design of a computer communication network assigns the links and link capa...
In this paper, we present sparse certificates for biconnectivity together with algorithms for updati...
The problem of listing the K shortest simple (loopless) st-paths in a graph has been studied since t...