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Sustainable Transportation.
Computational tools for improvement of traffic flow. This form of digitalization of traffic is a key factor of traffic planning and fleet management, as it contributes to emissions reduction and sustainability.
Vehicle-to-X Communication.
Data transfer between vehicles and other road users or infrastructure enables the development of new applications to increase the efficiency of transport networks, and road utilization minimizing thus the impact of traffic on carbon emissions and fuel consumption.
Driving Data Acquisition and Evaluation.
The acquisition of vehicular data for the evaluation of traffic conditions and driving performance provides the basis for modeling traffic situations and assessment methods for environmental impact (congestion, traffic flow).
Driving Simulation Tools.
Simulation platforms to evaluate the effect on driver behavior and driving performance of applications that rely on communication technologies and automation.
Autonomous Vehicles.
To alleviate the number of accidents, the introduction of autonomous vehicles on our roads represents an opportunity for increased road safety.The use of driverless vehicles will lead to an uninterrupted traffic flow, energy consumption reduction and road capacity increase.
Internet-inspired Transport Logistics.
By relying on the concept of data subdivision before transmission across the Internet as well as the interconnection of elements that Internet of Things enables, digital transportation networks can be used as inspiration for research on efficient transport of goods.
