VTT utilises 5G network to improve road safety

VTT’s Technical Research Centre in Finland has carried out an experiment using the 5G mobile network to help improve road safety, control self-driving cars and assist road maintenance providers. The company says 5G networks and fast data transmission solutions can collect sensor, video and radar data from vehicles. Public funding agency Business Finland subsidised the VTT's 5G-Safe project. It is part of the Challenge Finland competition, an initiative which explores the use of augmented reality an
December 12, 2018 Read time: 2 mins
814 VTT’s Technical Research Centre in Finland has carried out an experiment using the 5G mobile network to help improve road safety, control self-driving cars and assist road maintenance providers.  


The company says 5G networks and fast data transmission solutions can collect sensor, video and radar data from vehicles.

Public funding agency Business Finland subsidised the VTT's 5G-Safe project. It is part of the Challenge Finland competition, an initiative which explores the use of augmented reality and virtual reality technologies in industrial applications.

Tiia Ojanperä, senior scientist from VTT, says the data can be collected automatically which allows warnings to be sent out to other road users via automated systems.

"The new solutions give drivers access to highly localised data, such as warnings about icy conditions around the corner. Drivers can use the information to choose a different route or change the way they drive,” Ojanperä adds.

VTT used a see-through application, a concept enabled by 5G, to transmit real-time video footage or 3D views between vehicles.

“This increases safety, especially in poor weather conditions such as when visibility is obstructed by drifting snow," Ojanperä explains.

For better control of self-driving cars, VTT believes real-time data can be used to change the vehicle behaviour based on observations. Earlier this year, VTT upgraded its robot car Marilyn with %$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 link-external capabilities false http://www.itsinternational.com/sections/general/news/vtt-s-robot-car-now-sees-through-fog/ false false%> which allow it to detect and navigate through fog and snow without stopping.

Ojanperä insists: “The new technology makes it possible to collect data from areas beyond the cars' own sensors.”

Additionally, the data can be used to alert road maintenance providers on issues such as snow build-up, potholes and fallen trees.

Other partners involved in 5G-Safe include the Finnish Meteorological Institute, road maintenance contractor Destia and software development firm Unikie.

Looking ahead, VTT says it intends to launch a follow-up 5G project with its industrial and academic partners in Finland, Germany, Romania, Turkey, Portugal and Israel during the second quarter of 2019.

Urban Traffic Control

For more information on companies in this article

VTT

Related Content

  • High-speed markings measurement from AMAC
    March 25, 2014
    The Advanced Mobile Asset Collection (AMAC) system measures traffic sign and pavement marking retroreflectivity while creating a comprehensive asset inventory and condition assessment. AMAC was developed through a team of engineers, physicists, psychologists and statisticians by DBi/Cidaut Technologies, a partnership between the US’s DBi Serives and Spain’s CIDAUT Foundation.
    Read More
  • ITS America declare Detroit as success
    October 24, 2014
    ITS America, organisers of the 2014 ITS World Congress in Detroit, has declared the event a great success with more than 9,100 participants, 700 papers and 300 exhibiters plus the most extensive set of demonstrations ever staged. The introduction of Chief Technology Officer sessions was considered a big success attracting almost 800 attendees.
    Read More
  • Siemens snaps up Aimsun in deal agreed at Intertraffic
    March 22, 2018
    Intertraffic was the venue for the announcement of one of the biggest deals of the year as electronics giant Siemens acquired Barcelona-based mobility modelling specialist Aimsun for an undisclosed sum. Initially spun out from a university research lab team, TSS-Transport Simulation Systems, as the company was initially known, has spent 20 years developing its microsimulator into a multi-level integrated modeling platform. Aimsun systems and algorithms use real-time traffic data to optimise traffic flows
    Read More
  • Xerox Licence Plate Recognition (XLPR) technology on show
    October 22, 2012
    Xerox is playing a leading part in the ITS World Congress this week through its presence in two executive, six special interest, and one technical session, as well as the company’s sponsorship of the VIP room. The company says it is using the event to underline its status as a global leader in business process and information technology services and the largest provider of mobility solutions to governments worldwide. As Xerox points out, for over 40 years it has worked together with transportation clients i
    Read More

Highlighted Content