Optimisation in Synchromodal Logistics

This book introduces the advances in synchromodal logistics and provides a framework to classify various optimisation problems in this field. It explores the application of this framework to solve a broad range of problems, such as problems with and without a central decision-maker, problems with and without full information, deterministic problems, problems coping with uncertainty, optimisation of a full network design problem. It covers theoretical constructs, such as discrete optimisation, robust optimisation, optimisation under uncertainty, multi-objective optimisation and agent based equilibrium models. Moreover, practical elaborated use cases are presented to deepen understanding. The book gives both researchers and practitioners a good overview of the field of synchromodal optimisation problems and offers the reader practical methods for modelling and problem-solving.

Provides an overview of the synchromodal logistic optimisation framework Includes both theoretical and practical contributions Introduces a broad range of application of methods from discrete optimization to agent based user equilibrium models

Autorentext
Frank Phillipson is Senior Scientist at TNO and Professor of Operations Research at Maastricht University, The Netherlands. In addition to solving optimization issues for logistics, telecommunications and military applications, he is responsible for research on algorithms for and applications of quantum computers in the field of optimization and machine learning within TNO.

Inhalt
Chapter 01- Categorisations of Optimisation Problems in Synchromodal Logistics, Chapter 02- Framework of Synchromodal Transportation Problems, Chapter 03- Stochastic container-to-mode assignment, Chapter 04 - Stochastic container-to-mode assignment, Chapter 05 - Deterministic operational freight planning, Chapter 6- Alternative Performance Indicators for Optimizing Container Assignment in a Synchromodal Transportation Network, Chapter 07- Decision making in a Dynamic Transportation Network: a Multi-Objective Approach ., Chapter 08- Reduction of Variables for Solving Logistic Flow Problems, Chapter 09 - Cutting Planes for Solving Logistic Flow Problems, Chapter 10- Optimising Routing in an Agent-Centric Synchromodal Network with Shared Information, Chapter 11- User Equilibrium in a Transportation Space-Time Network, Chapter 12- Fair User Equilibrium in a Transportation Space-Time Network. Chapter 13- Simulation Approach for Container Assignment under Uncertainty, Chapter 14- Optimising and Recognising 2-Stage Delivery Chains with Time Windows.