Cooperative and automated driving
Cooperative and automated driving have drawn a lot of attention the last couple of years. Experiments with automated driving are held all over the world and cooperative systems are developed and implemented in cars. But what can be expected from these cooperative systems and how will they influence driving behaviour and traffic management? And how is automated driving going to change mobility and transport? And what are important transitition to achieve this and when are they going to take place?
Research Topic:
Finished reports
- Application of MFDs to Dynamic Traffic Management
- Dynamische Maximumsnelheden: Uitbreiding en Toepassing
- Alternatieve Routes A15 Maasvlakte-Vaanplein
- Onderzoek naar de identificatie van kwetsbare wegvakken
- Evaluating Multi-Class Model Predictive Control
- Design of a Subnetwork Controller Based on MFD’s and Perimeter Flows
- Congestion minimisation by optimising merging behaviour through Intelligent Transportation Systems
- Allocating Departure Time Slot to Optimize Dynamic Network Capacity
- Unbundling of Traffic Flows
- Modelling merging behaviour on freeway on-ramps
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Projects in progress
Finished projects
- Dynamic OD matrix estimation using floating car data
- Possibilities of video monitoring
- Incident detection with loop data
- FastLane: modelling and simulation of traffic flow
- Alternative routes A15 Maasvlakte - Vaanplein
- Bottlenecks in road networks due to incidents
- Data fusion of loop detection and travel time measurements
- The relation between traffic flow and lane width
- Real-time capacity estimation for adaptive ramp metering
- Traffic flow and safety during incidents