Vehicle Routing and Logistics Optimization
Description
The Book will collected high quality short papers submitted to the 9th VeRoLog Conference which is the established meeting of the vast research community focusing on optimization of Vehicle Routing and Logistics. The conference typically attract between 150 and 200 speakers worldwide and is supported by the major industries in the field such as PTV and Ortec and represent a regular meeting point between industry and research. This year the conference will also organize a phd school on vehicle routing involving important scholars such as Matteo Fischetti and Stefan Ropke so the volume may also include chapters based on the lecture notes.
The conference typically attracts between 150 and 200 speakers worldwide, is supported by the major industries in the field such as PTV and Ortec, and represents a regular meeting.
More details
Persons
Daniele Vigo is Professor of Operations Research at the Department of Electrical, Electronic and Information Engineering of the University of Bologna. He is interested in the design of innovative algorithms for the solution of difficult decision and optimization problems arising in several applications fields ranging from Logistics to Energy Production and to Smart Cities. He is author of about 150 scientific papers and coeditor of some highly cited books. He was president of the Italian OR society from 2016 to 19 and is coordinator of the EURO working group on Vehicle Routing and Logistics optimization.
He was president of the Italian OR society and coordinator of the EURO working group on Vehicle Routing and Logistics optimization.
Content
Exact Algorithms for the Robust Orienteering Location-Routing Problems.- Two-Echelon Production Routing Problem with Simultaneous Pickup and Delivery.- Content Dependent Vehicle Routing Problem with Intermediate Facilities.- Node Aggregation Techniques for Vehicle Routing Problems.- Volume Utilization Strategies in a Matheuristic for Solving Vehicle Routing Problems with Three-Dimensional Loading Constraints.- Route Optimization in Electric Vehicle Battery Reverse Logistics.- An ALNS-based Approach for the UAV-based Parcel Delivery Problem under a Single Full-Charge.- Minimizing the Number of Vehicles for the Integrated Dial-a-Ride Problem.- Optimization Strategies for an Automated On-Demand Shuttle Service.- A School Bus Routing Problem with Bus Sharing and Load Tracking.- Reinforcement Learning-based Planning Strategies for Resilient Synchromodal Transport: A Comparative Analysis.- An Obstacle Avoidance Routing Approach for Autonomous Delivery Robots on Sidewalks.