Title: Can decision making processes benefit from a user friendly land use and transport interaction model?
1Can decision making processes benefit from a user
friendly land use and transport interaction model?
- design decision support systems conference 2006
- 4-7 July 2006, Heeze, The Netherlands
- Paul Pfaffenbichler, Günter Emberger, Nikolaus
Ibesich - Institute for Transport Planning and Traffic
Engineering - Vienna University of Technology
2Introduction
- The context of decision making
- The dynamic land use and transport interaction
model MARS - The MARS flight simulator tool
- Experience with the MARS flight simulator
- Conclusions and further needs
3The context of decision making
Objectives, Indicators
Assess problems
Scenarios
Potential Instruments
Implement
Barriers
Evaluate Performance
Predict Impacts
Possible Strategies
Optimisation
Compare Solutions
Monitor
Appraisal
Source May et. al. 2003
4The dynamic land use and transport interaction
model MARS
- MARS is a fast land use and transport interaction
model. - MARS works on a rather high spatial aggregation.
- MARS includes feedback loops between land use and
transport system. - MARS includes all relevant regional means of
transport. - MARS is not an equilibrium model.
- MARS is designed to identify optimal land use and
transport strategy packages. - MARS aims at being as transparent as possible
(White box). - MARS is written in Vensim, a system dynamics
software.
5The dynamic land use and transport interaction
model MARS Overall structure
6The dynamic land use and transport interaction
model MARS Sub-models
7The dynamic land use and transport interaction
model MARS Cause effect relations
8The dynamic land use and transport interaction
model MARS Cause effect relations
9The MARS flight simulator tool
10The MARS flight simulator tool
11The MARS flight simulator tool
12The MARS flight simulator tool
13The output tool Animap
14Experience with the MARS flight simulator
- Workshops in Thailand and Vietnam
15Thank you very much for your attention!
- http//www.ivv.tuwien.ac.at
- http//www.srf.tuwien.ac.at/leop/animap/