Cooperative Urban
Mobility Portal
Explore Connected and Cooperative Mobility
Cooperative
Urban Mobility Portal
Explore Connected and Cooperative Mobility
Efficiency
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Green Priority (GP)
Green Priority (GP) aims to change the traffic signals status in the path of an emergency or high priority vehicle (e.g., public transport vehicles), halting conflicting traffic and allowing the vehicle right-of-way, to help reduce response times and enhance traffic safety. This service is also known as “Traffic signal priority request by designated vehicles” or “Priority Request”. Different levels of priority can be applied, e.g. extension or termination of current phase to switch to the required phase. The appropriate level of green priority depends on vehicle characteristics, such as type (e.g. HGV or emergency vehicle) or status (e.g., public transport vehicle on-time or behind schedule). The vehicles request priority for an intersection, and the traffic light controller determines in what way it can and will respond to the request.
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Green Light Optimal Speed Advisory (GLOSA)
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Cooperative Traffic Light for VRUS (CTLVRUs)
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Flexible Infrastructure (FI)
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In-vehicle Signage (IVS)
In-vehicle Signage (IVS) In-vehicle Signage (IVS) aims to provide information to the driver about the road signs (and dynamic information, e.g., local conditions warnings identified by environmental sensors). The purpose of this service is to increase the likelihood of drivers being aware of potentially dangerous conditions in case a roadside traffic sign is not noticed.
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Mode & Trip Time Advice (MTTA)
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Probe Vehicle Data (PVD)
Probe Vehicle Data (PVD) is data generated by vehicles. The collected traffic data can be used as input for operational traffic management (e.g., to determine the traffic speed, manage traffic flows by alerting for instance users about hot spots where the danger of accidents is higher), long term tactical/ strategic purposes (e.g. road maintenance planning) and for travelled information services. Also known as Floating Car Data (FCD).
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Urban Parking Availability (UPA)
Urban Parking Availability (UPA) provides parking availability information and guidance for drivers to make informed choices about available parking places. This service aims to reduce congestion, time loss, pollution, and stress caused by cruising for parking.
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Motorway Parking Availability (MPA)
Motorway Parking Availability (MPA) provides motorway parking availability information and guidance for truck drivers to make informed choices about available parking places. Existing solutions provide information about the location of truck parking areas, their capacity, equipment and facilities available on-site, security surveillance, and information about parking for lorries transporting dangerous goods. The Service provides for certain truck parking areas all over Europe the possibility to book dedicated places e.g. for sensitive or high value goods transport.
Safety
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Road Works Warning (RWW) aims to inform the drivers in a timely manner about road works, restrictions, and instructions. This allows them to be better prepared for potential works downstream on the road, therefore reducing the probability of collisions.
Road Works Warning (RWW)
Road Works Warning (RWW) aims to inform the drivers in a timely manner about road works, restrictions, and instructions. This allows them to be better prepared for potential works downstream on the road, therefore reducing the probability of collisions.
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Road Works Warning (RWW) aims to inform the drivers in a timely manner about road works, restrictions, and instructions. This allows them to be better prepared for potential works downstream on the road, therefore reducing the probability of collisions.
Road Hazard Warning (RHW)
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Road Works Warning (RWW) aims to inform the drivers in a timely manner about road works, restrictions, and instructions. This allows them to be better prepared for potential works downstream on the road, therefore reducing the probability of collisions.
Signal Violation Warning (SVW)
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Road Works Warning (RWW) aims to inform the drivers in a timely manner about road works, restrictions, and instructions. This allows them to be better prepared for potential works downstream on the road, therefore reducing the probability of collisions.
Emergency Vehicle Warning (EVW)
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Road Works Warning (RWW) aims to inform the drivers in a timely manner about road works, restrictions, and instructions. This allows them to be better prepared for potential works downstream on the road, therefore reducing the probability of collisions.
Warning System for Pedestrian (WSP)
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Road Works Warning (RWW) aims to inform the drivers in a timely manner about road works, restrictions, and instructions. This allows them to be better prepared for potential works downstream on the road, therefore reducing the probability of collisions.
Emergency Brake Light (EBL)
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Road Works Warning (RWW) aims to inform the drivers in a timely manner about road works, restrictions, and instructions. This allows them to be better prepared for potential works downstream on the road, therefore reducing the probability of collisions.
Cooperative Adaptive Cruise Control (CACC)
Cooperative Adaptive Cruise Control (CACC) represents an evolutionary advancement of conventional cruise control (CCC) and adaptive cruise control (ACC) by utilizing V2V communications to automatically synchronize the motion of many vehicles. While ACC uses Radar or LIDAR measurements to derive the range to the vehicle in front, CACC also takes the preceding vehicle’s acceleration into account.
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Road Works Warning (RWW) aims to inform the drivers in a timely manner about road works, restrictions, and instructions. This allows them to be better prepared for potential works downstream on the road, therefore reducing the probability of collisions.
Slow or Stationary Vehicle Warning (SSVW)
Slow or Stationary Vehicle Warning (SSVW) aims to inform/ alert approaching vehicles of (dangerously) immobilized, stationary or slow vehicles that impose significant risk.
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Road Works Warning (RWW) aims to inform the drivers in a timely manner about road works, restrictions, and instructions. This allows them to be better prepared for potential works downstream on the road, therefore reducing the probability of collisions.
Motorcycle Approaching Indication (MAI)
Motorcycle Approaching Indication (MAI) informs the driver of a vehicle that a motorcycle is approaching/passing. The scope can be extended to cover other VRUs, such as cyclists and other Powered Two Wheelers (PTW). The motorcycle could be approaching from behind or crossing at an intersection.
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Road Works Warning (RWW) aims to inform the drivers in a timely manner about road works, restrictions, and instructions. This allows them to be better prepared for potential works downstream on the road, therefore reducing the probability of collisions.
Blind Spot Detection (BSD)
Blind Spot Detection (BSD) aims to detect and warn the drivers about other vehicles of any type located out of sight.
This website has received funding from the European Union’s Horizon 2020 Research and Innovation Programme
under Grant Agreement number 723311.