International audienceThe close-enough arc routing problem has an interesting real-life application to routing for meter reading. In this article, we propose a new mathematical formulation for this problem. We analyze our formulation and compare it with two formulations in the literature. We also develop branch-and-cut algorithms to solve the problem to optimality. We present computational results for instances based on three types of graphs: directed, undirected, and mixed
Abstract: In this paper we consider approximation of the Capacitated Arc Routing Problem, which is t...
Abstract. The talk presents two non-standard extensions for single-vehicle arc-routing problems a.k....
-The Node, Edge, and Arc Routing Problem (NEARP) was defined by Prins and Bouchenoua in 2004 along w...
The close-enough arc routing problem is a generalization of the classic arc routing problem and it h...
[EN] Arc routing problems consist basically of finding one or several routes traversing a given set ...
International audienceThe Stochastic Close-Enough Arc Routing Problem (SCEARP) is a challenging prob...
International audienceThe Stochastic Close-Enough Arc Routing Problem (SCEARP) is a challenging prob...
International audienceThe Stochastic Close-Enough Arc Routing Problem (SCEARP) is a challenging prob...
International audienceThe Stochastic Close-Enough Arc Routing Problem (SCEARP) is a challenging prob...
International audienceThe Stochastic Close-Enough Arc Routing Problem (SCEARP) is a challenging prob...
International audienceThe Stochastic Close-Enough Arc Routing Problem (SCEARP) is a challenging prob...
International audienceThe Stochastic Close-Enough Arc Routing Problem (SCEARP) is a challenging prob...
Consider an undirected graph with demands scattered over the edges and a homogeneous fleet of vehicl...
The Node, Edge, and Arc Routing Problem (NEARP) was defined by Prins and Bouchenoua in 2004, althoug...
The construction of efficient vehicle routes is of crucial importance in modern society, for both ec...
Abstract: In this paper we consider approximation of the Capacitated Arc Routing Problem, which is t...
Abstract. The talk presents two non-standard extensions for single-vehicle arc-routing problems a.k....
-The Node, Edge, and Arc Routing Problem (NEARP) was defined by Prins and Bouchenoua in 2004 along w...
The close-enough arc routing problem is a generalization of the classic arc routing problem and it h...
[EN] Arc routing problems consist basically of finding one or several routes traversing a given set ...
International audienceThe Stochastic Close-Enough Arc Routing Problem (SCEARP) is a challenging prob...
International audienceThe Stochastic Close-Enough Arc Routing Problem (SCEARP) is a challenging prob...
International audienceThe Stochastic Close-Enough Arc Routing Problem (SCEARP) is a challenging prob...
International audienceThe Stochastic Close-Enough Arc Routing Problem (SCEARP) is a challenging prob...
International audienceThe Stochastic Close-Enough Arc Routing Problem (SCEARP) is a challenging prob...
International audienceThe Stochastic Close-Enough Arc Routing Problem (SCEARP) is a challenging prob...
International audienceThe Stochastic Close-Enough Arc Routing Problem (SCEARP) is a challenging prob...
Consider an undirected graph with demands scattered over the edges and a homogeneous fleet of vehicl...
The Node, Edge, and Arc Routing Problem (NEARP) was defined by Prins and Bouchenoua in 2004, althoug...
The construction of efficient vehicle routes is of crucial importance in modern society, for both ec...
Abstract: In this paper we consider approximation of the Capacitated Arc Routing Problem, which is t...
Abstract. The talk presents two non-standard extensions for single-vehicle arc-routing problems a.k....
-The Node, Edge, and Arc Routing Problem (NEARP) was defined by Prins and Bouchenoua in 2004 along w...