Consider shortest path interval routing, a popular memory-balanced method for solving the routing problem on arbitrary networks. Given a network G, let IRS(G) denote the maximum number of intervals necessary to encode groups of destinations on an edge, minimized over all shortest path interval routing schemes on G. In this paper, we establish tight worst case bounds on IRS(G). More precisely for any n, we construct a network G of n nodes with IRS(G) in Theta(n), thereby improving on the best known lower bound of Omega(n / log n). We also establish a worst case bound on bounded degree networks: for any Delta >= 3 and any n, we construct a network G' of n nodes and maximum degree Delta with IRS(G') in Omega(n/(log n)^2).Nous considérons le pr...
WiFi-enabled buses and stops may form the backbone of a metropolitan delay tolerant network, that ex...
In this paper, an efficient algorithm to simultaneously implement array alignment and data/computati...
This article presents a methodology to use a powerful arithmetic (redundant arithmetic) in some part...
In this paper, we deal with the compact routing problem, that is the problem of implementing routing...
Best-fit is the best known algorithm for on-line bin-packing, in the sense that no algorithm is know...
Given a set $L$ of $n$ points in the $d$-dimensional Cartesian space $E^d$, and a query specifying a...
Gossiping is an information dissemination problem in which each node of a communication network has ...
In this paper, we have experimentally compared synchronized versus asynchronized all-optical deflect...
In this paper, we describe a new adaptive routing algorithm for meshed-topology deflection networks....
We investigate {\em approximate decision algorithms} for determining whether the minimum Hausdorff d...
L’évaluation de la fiabilité des réseaux est un problème combinatoire très complexe qui nécessite de...
In the framework of fully permutable loops, tiling has been extensively studied as a source-to-sourc...
We study a problem coming from the design of wireless cellular radiocommunication network. Frequency...
In this paper, we compare three nested loops parallelization algorithms (Allen and Kennedy's algorit...
Les réseaux de communications sont devenus très complexes de nos jours. Cependant, depuis leur tou...
WiFi-enabled buses and stops may form the backbone of a metropolitan delay tolerant network, that ex...
In this paper, an efficient algorithm to simultaneously implement array alignment and data/computati...
This article presents a methodology to use a powerful arithmetic (redundant arithmetic) in some part...
In this paper, we deal with the compact routing problem, that is the problem of implementing routing...
Best-fit is the best known algorithm for on-line bin-packing, in the sense that no algorithm is know...
Given a set $L$ of $n$ points in the $d$-dimensional Cartesian space $E^d$, and a query specifying a...
Gossiping is an information dissemination problem in which each node of a communication network has ...
In this paper, we have experimentally compared synchronized versus asynchronized all-optical deflect...
In this paper, we describe a new adaptive routing algorithm for meshed-topology deflection networks....
We investigate {\em approximate decision algorithms} for determining whether the minimum Hausdorff d...
L’évaluation de la fiabilité des réseaux est un problème combinatoire très complexe qui nécessite de...
In the framework of fully permutable loops, tiling has been extensively studied as a source-to-sourc...
We study a problem coming from the design of wireless cellular radiocommunication network. Frequency...
In this paper, we compare three nested loops parallelization algorithms (Allen and Kennedy's algorit...
Les réseaux de communications sont devenus très complexes de nos jours. Cependant, depuis leur tou...
WiFi-enabled buses and stops may form the backbone of a metropolitan delay tolerant network, that ex...
In this paper, an efficient algorithm to simultaneously implement array alignment and data/computati...
This article presents a methodology to use a powerful arithmetic (redundant arithmetic) in some part...