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Titlebook: Smart Cities, Green Technologies, and Intelligent Transport Systems; 9th International Co Cornel Klein,Markus Helfert,Oleg Gusikhin Confere

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Robust IoT Based Parking Information Systemrocess discovery algorithm, and by adhering to assumptions described in this paper, a Petri Net model is generated which tracks the occupancy of the parking space. This model automatically adapts to adding or removing sensors and to sensor failures. We also discuss how to detect sensor failures usin
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The Fadhloun-Rakha Car-Following Model: A Novel Formulation Capturing Driver, Vehicle, Roadway, and ar-following models, including: the Wiedemann, the Frietzsche, the Gipps, the Rakha-Pasuparthy-Adjerid (RPA) and the Intelligent Driver Model (IDM) models. The FR model converges to a steady-state formulation (in our case the Van Aerde model), separates the human from the machine-in-the-loop, models
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Simulated Pedestrian Modelling for Reliable Testing of Autonomous Vehicle in Pedestrian Zonesoses like transportation vehicles, delivery vehicles and cleaning vehicles. As the name suggests, pedestrian zones are crowded by pedestrian having highest priority. Vehicles in such zones should take special care regarding the safety of the people. Unlimited situations can occur from the pedestrian
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The Impact of COVID-19 Experience on Smart City and Future Mobilityope with pandemics. The overview shows a need to accelerate the deployment of Smart City and Smart Mobility technologies and revisit strategic supply chain planning models. It shows that advancements in IoT, communication, AI and Analytics play a crucial role in enabling rapid innovation in order to
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