We consider the following maximum disjoint paths problem (mdpp). We are given a large network, and pairs of nodes that wish to communicate over paths through the network -- the goal is to simultaneously connect as many of these pairs as possible in such a way that no two communication paths share an edge in the network. This classical problem has been brought into focus recently in papers discussing applications to routing in high-speed networks, where the current lack of understanding of the MDPP is an obstacle to the design of practical heuristics. W
Abstract One of the basic operations in communication networks consists in estab-lishing routes for ...
International audienceA path is said to be l-bounded if it contains at most l edges. We consider two...
In a (d, k)-graph problem, the Petersen graph has a maximum of 10 nodes at degree 3 and diameter 2. ...
We consider the following maximum disjoint paths problem (mdpp). We are given a large network, and p...
The efficient use of modern communication networks depends on our capabilities for solving a number ...
With the rapid development of wireless networks, the burden on data transmission is becoming much hi...
Abstract. In the maximum edge-disjoint paths problem (MEDP) the input consists of a graph and a set ...
AbstractWe study the approximability of edge-disjoint paths and related problems. In the edge-disjoi...
AbstractSuppose G is a finite graph and let T ⊆ V(G) be a subset of its vertices throughout referred...
We study the approximability of edge-disjoint paths and related problems. In the edge-disjoint paths...
Abstract. In the maximum edge-disjoint paths problem (MEDP) the input consists of a graph and a set ...
AbstractIn this paper, we consider the undirected version of the well known maximum edge-disjoint pa...
LNCS, vol. 10043International audienceThe problem of finding the maximum number of vertex-disjoint u...
By Menger's theorem the maximum number of arc-disjoint paths from a vertex s to a vertex t in a dire...
We consider the Maximum Node Disjoint Paths (MNDP) problem in undirected graphs. The input consists ...
Abstract One of the basic operations in communication networks consists in estab-lishing routes for ...
International audienceA path is said to be l-bounded if it contains at most l edges. We consider two...
In a (d, k)-graph problem, the Petersen graph has a maximum of 10 nodes at degree 3 and diameter 2. ...
We consider the following maximum disjoint paths problem (mdpp). We are given a large network, and p...
The efficient use of modern communication networks depends on our capabilities for solving a number ...
With the rapid development of wireless networks, the burden on data transmission is becoming much hi...
Abstract. In the maximum edge-disjoint paths problem (MEDP) the input consists of a graph and a set ...
AbstractWe study the approximability of edge-disjoint paths and related problems. In the edge-disjoi...
AbstractSuppose G is a finite graph and let T ⊆ V(G) be a subset of its vertices throughout referred...
We study the approximability of edge-disjoint paths and related problems. In the edge-disjoint paths...
Abstract. In the maximum edge-disjoint paths problem (MEDP) the input consists of a graph and a set ...
AbstractIn this paper, we consider the undirected version of the well known maximum edge-disjoint pa...
LNCS, vol. 10043International audienceThe problem of finding the maximum number of vertex-disjoint u...
By Menger's theorem the maximum number of arc-disjoint paths from a vertex s to a vertex t in a dire...
We consider the Maximum Node Disjoint Paths (MNDP) problem in undirected graphs. The input consists ...
Abstract One of the basic operations in communication networks consists in estab-lishing routes for ...
International audienceA path is said to be l-bounded if it contains at most l edges. We consider two...
In a (d, k)-graph problem, the Petersen graph has a maximum of 10 nodes at degree 3 and diameter 2. ...