AbstractSuppose two travelling salesmen must visit together all points/nodes of a tree, and the objective is to minimize the maximal length of their tours. Home locations of the salesmen are given, and it is required to find optimal tours. For this NP-hard problem a heuristic with complexity O(n) is presented. The worst-case relative error for the heuristic performance is 13 for the case of equal home locations for both servers and 12 for the case of different home locations
We compared the performance of three heuristics with that of subjects on variants of a well-known co...
We compared the performance of three heuristics with that of subjects on variants of a well-known co...
We compared the performance of three heuristics with that of subjects on variants of a well-known co...
AbstractSuppose two travelling salesmen must visit together all points/nodes of a tree, and the obje...
AbstractSuppose p traveling salesmen must visit together all points/nodes of a tree, and the objecti...
AbstractSuppose p traveling salesmen must visit together all points/nodes of a tree, and the objecti...
AbstractGiven an edge-weighted tree T and an integer p⩾1, the minmax p-traveling salesmen problem on...
This thesis deals with the no-depot minmax Multiple Traveling Salesmen Problem (MTSP), which can be ...
AbstractGiven an edge-weighted tree T and an integer p⩾1, the minmax p-traveling salesmen problem on...
AbstractThis paper studies a min–max location-routing problem, which aims to determine both the home...
AbstractThis paper presents a new model and branch-and-bound algorithm for the asymmetric m-travelli...
The Optimal Network problem (as defined by Scott [16]) consists of selecting a subset of arcs that m...
The “traveling salesman problem (TSP)” is a classic minimum cost network flow problem in mathematica...
International audience; In TSP with profits we have to find an optimal tour and a set of customers s...
The travelling salesman problem (or The sales representative problem) has been insufficiently explor...
We compared the performance of three heuristics with that of subjects on variants of a well-known co...
We compared the performance of three heuristics with that of subjects on variants of a well-known co...
We compared the performance of three heuristics with that of subjects on variants of a well-known co...
AbstractSuppose two travelling salesmen must visit together all points/nodes of a tree, and the obje...
AbstractSuppose p traveling salesmen must visit together all points/nodes of a tree, and the objecti...
AbstractSuppose p traveling salesmen must visit together all points/nodes of a tree, and the objecti...
AbstractGiven an edge-weighted tree T and an integer p⩾1, the minmax p-traveling salesmen problem on...
This thesis deals with the no-depot minmax Multiple Traveling Salesmen Problem (MTSP), which can be ...
AbstractGiven an edge-weighted tree T and an integer p⩾1, the minmax p-traveling salesmen problem on...
AbstractThis paper studies a min–max location-routing problem, which aims to determine both the home...
AbstractThis paper presents a new model and branch-and-bound algorithm for the asymmetric m-travelli...
The Optimal Network problem (as defined by Scott [16]) consists of selecting a subset of arcs that m...
The “traveling salesman problem (TSP)” is a classic minimum cost network flow problem in mathematica...
International audience; In TSP with profits we have to find an optimal tour and a set of customers s...
The travelling salesman problem (or The sales representative problem) has been insufficiently explor...
We compared the performance of three heuristics with that of subjects on variants of a well-known co...
We compared the performance of three heuristics with that of subjects on variants of a well-known co...
We compared the performance of three heuristics with that of subjects on variants of a well-known co...