Integrating dock-door assignment and vehicle routing with cross-docking
چکیده
Integrating Dock-Door Assignment and Vehicle Routing in Cross-Docking
Integrating Dock-Door Assignment and Vehicle Routing in Cross-Docking
A class of strong lower bounds on the solution value a Linearised Integer Programming reformulation is introduced for binary quadratic optimisation model to assign origin and destination nodes strip stack doors, resp., in cross-dock infrastructure. The goal minimise transportatio
In many distribution networks, it is vital that time windows in which deliveries are made are assigned to customers for the long term. However, at the moment of assigning time windows demand is not known. In this paper we introduce the time window assignment vehicle routing probl
This paper presents a branch-and-cut algorithm for the Time Window Assignment Vehicle Routing Problem (TWAVRP), the problem of assigning time windows for delivery before demand volume becomes known. A novel set of valid inequalities, the precedence inequalities, is introduced and
In this thesis, we consider ow formulations for the Time Window Assignment Vehicle Routing Problem (TWAVRP), the problem of assigning time windows for delivery before demand volume becomes known. Using commercial solver CPLEX as a basis, we develop a branch-and-cut algorithm that
Real-world distribution problems raise some practical considerations usually not considered in a realistic way in more theoretical studies. One of these considerations is related to the vehicle capacity, not only in terms of cubic meters or weight capacity but also in terms of th