![]() Public authorities are continually evaluating alternatives for improving road infrastructure. ![]() Traffic management for urban logistics and road infrastructure Users of public transport are a key part of the wider transportation network and demand a comfortable and stable mobility service.īy analyzing locations or corridors where travel times are slow due to congestion, authorities can make decisions about busways or signal priority based on solid data. Traffic management is not only about road network traffic. Traffic management for public transportation As TomTom archives FCD data, operators can perform this type of analysis retrospectively. The use of FCD in this type of analysis makes it possible to assess all road categories throughout the entire road network. Traffic circulation changes can also help reduce or eliminate bottlenecks. It is also possible to compare hotspots, or bottlenecks, with each other and formulate actions and policies to reduce delays.įor example, road authorities can use information about delays at intersections to prioritize signal retiming or changes to lane configurations. Using historical traffic data to solve traffic bottlenecksīy comparing the travel times during peak hours with those under free-flowing traffic conditions, traffic data can be used to identify congestion hotspots throughout the road network. The great benefit of this type of travel-time based analysis, compared to Bluetooth or ANPR statistics, is that it is location independent, covers all parts of the road network, and lacks the financial and safety risks posed by the actual placement and maintenance of such technology. The floating car traffic data (FCD) - an archive with actual journeys taken by road users with TomTom devices - covers the entire road network, so operators can do an analysis wherever needed. An effective way to do this is by performing reliability studies.īy using the aggregated statistics provided by TomTom, operators can perform studies for any location. Road operators work to attain stable travel times and road service levels so drivers on their network always know what to expect. If you are a road authority that needs to create an efficient traffic management plan, here are eight elements to consider – and check off your list. A checklist for your traffic management plan Traffic is connected to transport, commerce and a healthy economy, and using location technology is game-changer for how people move around their cities. For public authorities in particular, knowing how to influence traffic in order to ensure viable traffic flows and the efficient use of the infrastructure is critical. ![]() With over 600 million drivers in 81 countries using our connected navigation, we are increasing road safety and making the roads less congested for all.īy being able to predict traffic, offer accurate arrival time information and find the best route for each journey, TomTom Traffic and Live Services cater to drivers, automakers, governments and technology companies across the world. With a market share of 80% of real-time traffic services for automotive navigation in Europe alone, TomTom is the global leader in traffic and live services. FCD, which is GPS data obtained from navigation devices and applications, provides a vehicle’s location and speed to feed live automated traffic management systems with essential information. Floating car data (FCD) is commonly used to derive historic travel times on individual roads, as well as evaluate traffic data algorithms. ![]()
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