The TRANSTOOLS (3) model Otto Anker Nielsen, [email protected] [email protected].
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Transcript of The TRANSTOOLS (3) model Otto Anker Nielsen, [email protected] [email protected].
27/5-2011TransTools (3), Otto Anker Nielsen2 DTU Transport, Technical University of Denmark
History of European transport network model and data development
Worldnet
ETIS
TransTools1
TransTools2
TEN-CONNECT
ETIS+
TENtec
TEN-CONNECT2
TransTools2½TransTools3
?
27/5-2011TransTools (3), Otto Anker Nielsen3 DTU Transport, Technical University of Denmark
ETIS+ TRANSTOOLS 3 link
• ETIS+ will be the most important data source for TRANS-TOOLS3
• In general very valuable data (hopefully) • But,… modellers have almost infinite desires for data
–Therefore also some data work in TRANSTOOLS3
27/5-2011TransTools (3), Otto Anker Nielsen4 DTU Transport, Technical University of Denmark
Main model flow in TRANSTOOLS 2
Traffic Assignment
models
Flow on the network,
congestion, LoS matrices
Input matrices
Economic model
Trade Model
Freigt mode choice model
Logistic model
New OD Matrices
GDP changes
Passenger demand models
Trip frequency
Destination + Main Mode
choice
New GA Matrices
Air choice model, including choice of feeder modes
Transport network
Socio-economic variables
Final Traffic Assignment
Backward loop Backward loop
Impact models
LoS
27/5-2011TransTools (3), Otto Anker Nielsen5 DTU Transport, Technical University of Denmark
TransTools 3 - Overview
• 3 year project, lead by DTU Transport• 2011-2013 (1/3 2014)• 1.95 Million Euro• Improve and upgrade TransTools• Will heavily build upon the new ETIS+ data• Re-estimate the model to 2010 data
27/5-2011TransTools (3), Otto Anker Nielsen6 DTU Transport, Technical University of Denmark
TransTools 3 – Model interface
• Different purpose specific configurations of the model
– Fast for strategic purpose– Mode and sector (passenger/freight) specific configurations– Detailed (slow) version
• Two user interfaces– Simpler stand alone interface with predefined configurations– A detailed ArcGIS Modelbuilder-based for full control and flexibility
in model design
• =>Three model usage levels– Planners (pre-defined set-up)– Experts (changing configurations, parameters, filter criterias,…)– Researchers (changing utility functions, functional forms, stochastic
elements, statistical distributions,…)
27/5-2011TransTools (3), Otto Anker Nielsen7 DTU Transport, Technical University of Denmark
TransTools 3 – Main Modelling tasks• Re-estimate passenger demand models• New freight and logistic models
– Including containerized transport• Tuned solution algorithms for traffic assignment (network
models)• Merged rail networks and new rail assignment models
27/5-2011TransTools (3), Otto Anker Nielsen8 DTU Transport, Technical University of Denmark
TransTools 3 – Geography
• Geographic scope– Extension of air transport model to include
intercontinental flights– Extension of freight models to intercontinental freight
• Geographic resolution– More homogeneous zone system
• Merge very small zones• Split very large zones
– Explicit handling of main terminals• Rail freight terminals• Stations• Harbours• Inland waterway harbours• Airports
27/5-2011TransTools (3), Otto Anker Nielsen9 DTU Transport, Technical University of Denmark
Consortium• Technical University of Denmark (DTU) • Institute for Transport Studies, Leeds (ITS)• Royal Institute of Technology (KTH)• Rapidis (RAP)• TetraPlan (TP)• University of Oxford (UOXF-JG)• National Technical University of Athens (NTUA)• John Bates Services (JB)• Swedish National Road and Transport Research Institute (VTI)• Nouveau Espaces de Transport en Europe Application de Recherce
(NEST)• ETH Zürich (ETH)• University of Belgrade (UB-FITE)• FOMTERV (FT)• AustriaTech - Federal Agency for Technological Measures Ltd. (AT)
27/5-2011TransTools (3), Otto Anker Nielsen10 DTU Transport, Technical University of Denmark
Different partner roles
• Model development• Software• Methodological advises• Mode specific advices• Validation of different European regions
27/5-2011TransTools (3), Otto Anker Nielsen11 DTU Transport, Technical University of Denmark
WP Overview
WP11 Model Validation
WP4 Flexible Modelling Framework
WP12 Deployment and user guide
WP3 Architecture & Configuration
WP5 Data Collection and validation
WP2 Cross cutting activities
WP1 Consortium management
WP
6 S
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WP
7 F
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odel
s an
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WP
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WP
9 T
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WP
10 I
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27/5-2011TransTools (3), Otto Anker Nielsen12 DTU Transport, Technical University of Denmark
Some general success criteria for TT3
• Shorter run times, and (much) better convergence (less stochasticity)
• More thorough validation–Special WP (½ year only for validation)– Internal and external review and validation process
• Better documentation–Scientific documentation report–Validation report–User guide