AutonomousConnected Vehicle

HERE and SWARCO join hands for Connected Driving and Navigation services

Published: September 17, 2014 | United States

HERE, a leader in navigation, mapping and location services, announced two new research collaborations with the SWARCO Group and the Oakland County Connected Vehicle Task Force (OCCV). Together with its partners in the intelligent transportation space, HERE is showcasing technologies that have the potential to alleviate the major concerns of urban motorists – traffic and parking – as well as road safety. At ITS World Congress in Detroit this week, HERE demonstrated how these technologies could help cities transform their road networks.SWARCO_HERE_ITS_NavigationAt ITS World Congress, HERE and SWARCO will demonstrate how technology can help cities like Rome better control, predict and manage traffic flows. Through SWARCO’s next generation traffic management solution, SWARCO’s traffic signal and sensor data, integrated with HERE probe data, will help city managers better predict traffic and control vehicle flow. The HERE location cloud can leverage this traffic data to enable intelligent services that help automakers optimize driving strategies for their drivers. With support from the Oakland County Connected Vehicle Task Force (OCCV) and Paxgrid, HERE showed, through a parking demonstration, how this technology can provide precise location positioning of a vehicle with the use of two small roadside boxes known as WAVE DSRC units, but without GPS or cellular positioning information.

HERE is providing its precise maps for the technology, which has the potential to be a key element of future city-wide connected vehicle systems. Positioning technology like this could enable vehicles – as well as bicycles and skateboarders – to be part of a grid of moving objects. The ability for vehicles to know where other drivers are at any given moment could result in safer roads and fewer collisions. It could also help drivers overcome everyday frustrations like finding vacant parking spaces. 

Source: HERE

 

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