The course presents the main optimization and control models and methods for planning and organizing logistic networks and intermodal nodes.
The course aims to present general issues and provide basic knowledge about the theory and technologies for optimizing and controlling logistic systems. The learning outcomes of the course are the following, always with reference to planning/organizing logistic networks: - identification of the decisional class to which a specific problem belongs; - definition of the most appropriate modelling method for the problem statement - definition of the most adequate solution methodology for the problem - identification of a software solution for the problem - definition and discussion of the problem relevance and effects on the overall system planning.
The learning outcomes of the course are the following, always with reference to planning/organizing logistic networks:
- identification of the decisional class to which a specific problem belongs;
- definition of the most appropriate modelling method for the problem
- problem statement
- definition of the most adequate solution methodology for the problem
- identification of a software solution for the problem
- definition and discussion of the problem relevance and effects on the overall system planning.
Basics of operations research, basics of systems theory.
The course will be organized with lessons and some exercises in laboratory, where the students will learn how to use specific software for planning and controlling logistic systems
Introduction to logistics.
Hierarchical architecture for decisions in complex systems with specific focus on logistic networks
Strategic decisions in logistics: location problems, network design problems
Tactical decisions in logistics: service network design problems, allocation of storage areas and vehicle fleets in logistic systems
Operational decisions in logistics: vehicle loading problems, vehicle routing problems, vehicle scheduling problems, crew scheduling
On-line monitoring and control of operations in logistics.
Gianpaolo Ghiani, Gilbert Laporte, Roberto Musmanno, “Introduction to Logistics Systems Planning and Control”, John Wiley and Sons, New York, 2004.
J. W. Böse, “Handbook of Terminal Planning”, Operations Research/Computer Science Interfaces Series, Springer, 2011
Ricevimento: The professor is available to receive students with a specific appointment arranged via email.
SILVIA SIRI (President)
CECILIA CATERINA PASQUALE
SIMONA SACONE (President Substitute)
The lessons will start according to the beginning of the semester
The evaluation consists in an oral exam.
During the exam the capability of the student to formalize decision-making problems related to the organization of logistics network activities will be assessed.
