SUMO 2018- Simulating Autonomous and Intermodal Transport Systems


Pages 1-13
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3D Traffic Scenario, Activity based demand, Activity-based model, Adaptive Cruise Control (ACC), Advanced Driving Assistance Systems, autonomous driving2, autonomous vehicles, communication, Connected and Automated Vehicle, Cooperative Adaptive Cruise Control (CACC), Cooperative Intelligent Transportation Systems, coupled simulation, data-fusion in ITS, Deep Reinforcement Learning, Dijikstra SUMO topographic Road Netwoks OSM, distributed traffic simulation, driver model, Driving Simulation, Dyanic Route Optimization, Emergency Vehicles, heterogeneous agent, Heterogeneous traffic, Intermodal Mobility, Learning and Adaptive Systems, Mesoscopic Traffic Simulation, micro-simulation, microscopic modelling, microscopic simulation, microscopic traffic simulation, microsimulation, multi-airport region, network flow, network performance, NetworkX, operation strategy,, OSM, OSMnx, Rescue lanes, ride-sharing, road network, Route estimation, Routing, shared space, Signal Adaptation, SUMO3, synchronization, traffic data, traffic microsimulation, traffic signal control, traffic simulation4, traffic valiadtion, urban mobility, vehicle dynamics, Webster