© DSSL@TUC
| |
1. Traffic Flow Modelling
and Control
 | Development and validation of macroscopic
modelling and simulation tools for urban, motorway and mixed networks (METANET, METANET-DTA,
METACOR) (
figure).
|
| Control strategies for ramp metering (ALINEA,
METALINE, HERO), urban traffic signal
control (CRONOS, TUC), Variable Message Signs (AUTCON) (figure), route guidance (AMOR), variable speed limits
and mainstream traffic flow control on motorways. |
| Integrated traffic control strategies for
motorway and
mixed highway networks (IN-TUC,
AMOC). |
| Surveillance, estimation and prediction algorithms (RENAISSANCE) for motorway
networks. |
| Field installations of traffic monitoring and control algorithms in
Paris
(FR), Dutch Motorway Network (NL),
Glasgow (UK),
Scottish Highway Network (UK),
Aalborg
(DK), Chania (GR), Southampton (UK), Munich (DE), Bavarian motorways (DE), Napoli (IT), Tel Aviv (IL), Victoria, Queensland
and Western Australia (AT),
Macae and Maoua (BR), Antwerp (BE), Athens (GR), preliminary investigations for Belfast (IE). |
| Internet-based on-line information systems with
implementation in the Municipality of Chania. |
| Modelling and control of
co-operative and automated highway traffic flow. |
| Maritime Traffic Modelling, Surveillance and
Control (Bibliography). |
2. Motorway Traffic
Flow Modelling and Control in Presence of VACS (Vehicle Automation and Communication Systems)
| Development and validation of macroscopic and multi-lane modelling and simulation tools for motorway networks in presence of VACS |
| Microscopic modelling in presence of VACS |
| Hierarchical network-wide control design in presence of VACS |
| Development of advanced nonlinear feedback control concepts for motorway networks |
| Highway traffic state estimation in presence of VACS |
| Optimal cooperative merging and lane-changing strategies for automated vehicles |
| Predictor-based adaptive cruise control design |
| Automated vehicle trajectory optimisation |
3. Lane-Free Artificial-Fluid Concept for Vehicular Traffic
| Basic concept development |
| Vehicle trajectory planning for lane-free traffic with nudging |
| Macroscopic traffic flow modelling for lane-free traffic with nudging |
| Internal boundary control for highways |
| Internal boundary control for urban road networks |
|
