Building a model: OD-matrix estimation and forecasting

1. Role of models in transportation and spatial system analysis, main model components and their relationships, modelling concepts
2.Travel choice modelling, utility theory, Logit-models, Nested logit
3. System description, zonal segmentation, network description, shortest path trees
4. Trip generation models
5. Trip distribution models, estimation of trip distribution functions
6. Mode choice models, simultaneous distribution-modal split models
7. Time of day and departure time models
8. Assignment models, uncongested and congested network assignment, equilibrium concept, stochastic assignment, system optimal assignment, public transport assignment
9. OD matrix estimation models
10. Forecasting
11. Transport modelling in practice
12. Spatial interaction models, choice modelling in spatial systems
13. Land-use transport interactions models, TIGRIS
14. Exercise using commercial transport modelling software (Omnitrans) in setting up a modelling analysis, and assessing a transport system and solution strategies

Main components
•	Land use-transportation interaction (Wegener)
•	Trip generation
•	Trip distribution
•	Mode choice
•	Time of day/departure time choice
•	Network assignment
•	Spatial interaction

Modelling techniques
•	Choice modelling
•	Regression models
•	Cross classification
•	Gravity model (singly and doubly constrained)
•	Network equilibrium modelling (deterministic and stochastic)
•	OD-matrix calibration
•	Spatial equilibrium modelling

1. Role of models in transportation and spatial system analysis, main model components and their relationships, modelling concepts 2.Travel choice modelling, utility theory, Logit-models, Nested logit 3. System description, zonal segmentation, network description, shortest path trees 4. Trip generation models 5. Trip distribution models, estimation of trip distribution functions 6. Mode choice models, simultaneous distribution-modal split models 7. Time of day and departure time models 8. Assignment models, uncongested and congested network assignment, equilibrium concept, stochastic assignment, system optimal assignment, public transport assignment 9. OD matrix estimation models 10. Forecasting 11. Transport modelling in practice 12. Spatial interaction models, choice modelling in spatial systems 13. Land-use transport interactions models, TIGRIS 14. Exercise using commercial transport modelling software (Omnitrans) in setting up a modelling analysis, and assessing a transport system and solution strategies Main components • Land use-transportation interaction (Wegener) • Trip generation • Trip distribution • Mode choice • Time of day/departure time choice • Network assignment • Spatial interaction Modelling techniques • Choice modelling • Regression models • Cross classification • Gravity model (singly and doubly constrained) • Network equilibrium modelling (deterministic and stochastic) • OD-matrix calibration • Spatial equilibrium modelling

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Building a model: OD-matrix estimation and forecasting

Building a model: OD-matrix estimation and forecasting