The Pickup and Delivery Problem with Split Loads and Transshipments: A Branch-and-Cut Solution Approach
David Wolfinger, Juan‐José Salazar‐González
Abstract
This paper addresses the design of routes for a fleet of vehicles serving customer requests. It is a pickup and delivery problem where each customer location can be visited several times, and load may be transshipped from one vehicle to another at specific locations. The aim is to minimize the sum of travel costs and transshipment costs. We present an arc-based mixed-integer formulation for the problem and propose a branch-and-cut algorithm for solving it. Extensive computational results illustrate the performance of the algorithm.
Topics & Concepts
Transshipment (information security)PickupMathematical optimizationBranch and cutComputer scienceInteger programmingInteger (computer science)Arc (geometry)Vehicle routing problemOperations researchMathematicsRouting (electronic design automation)Artificial intelligenceComputer networkGeometryComputer securityProgramming languageImage (mathematics)Vehicle Routing Optimization MethodsTransportation and Mobility InnovationsAdvanced Manufacturing and Logistics Optimization