Stevinweg 1
Delft, 2628 CN
Netherlands
Delft University of Technology
drone traffic flow operationsdifferential game theorydecentralized controlmulti-drone conflict resolution
Real-time pedestrian flow prediction, pedestrian simulation, crowd diffusion, online learning, interpretable learning-based method
Non-compensatory behavior, Choquet Integral, Service reliability, Differential pricing, Inertia
Context-aware survey, Feature importance, Choquet Integral, Information processing strategy
Connected and automated vehicles, dedicated lanes, car-following, lane changing
vulnerable road userautomated vehiclevirtual realityco-simulatorshared space
Traffic Simulation, Adaptive Traffic Control, SUMO, Python
Human-AI Teams, Multi-Actor-Systems, Emergency Response, Value of Information, Information Prioritization, Decision-Support Systems
Shared e-moped, First mile, Last mile, Train station, factors, Shared micromobility
eXtended reality (XR), virtual reality (VR), augmented reality (AR), mixed reality (MR), fire evacuation, tactical behaviour, operational behaviour, pedestrian behaviour.
drone traffic flow operations, differential game theory, decentralised control, multi-drone conflict resolution, self-organisation, social forces
