Lehrinhalte
Introduction into the planning of transport and logistics (strategic planing, operative planning, online planning)
- models for public and freight transport (network design, line planning, timetabling, vehicle and duty scheduling)
- modeling techniques (set partitioning, vehicle routing, multicommodity flow, Chvatal-Gomory inequalities, etc.)
- Computational complexity
- Optimization methods - column generation
- models for car traffic (dynamic flows, equilibria, Braess-paradoxon etc.)
Literature
lecture notes
Voraussetzungen
recommended: Introduction to Optimization; useful: Discrete Optimization
Online-Angebote
Moodle
Introduction into the planning of transport and logistics (strategic planing, operative planning, online planning)
- models for public and freight transport (network design, line planning, timetabling, vehicle and duty scheduling)
- modeling techniques (set partitioning, vehicle routing, multicommodity flow, Chvatal-Gomory inequalities, etc.)
- Computational complexity
- Optimization methods - column generation
- models for car traffic (dynamic flows, equilibria, Braess-paradoxon etc.)
Literature
lecture notes
Voraussetzungen
recommended: Introduction to Optimization; useful: Discrete Optimization
Online-Angebote
Moodle
- Lehrende: Marc Pfetsch
Semester: WT 2022/23