Skip to main content

EU support for sharing field operational test data

The European Commission has granted funding of US$1.9 million of the total budget of US$2.5 million for the FOT-Net Data project, which aims to make traffic data collected in field operational tests (FOTs) more widely available to researchers. The three-year project will start in January 2014. The EU has supported a number of projects since 2008, enabling testing of the latest vehicle information technology in large-scale field trials. Drivers have been able to test the most promising prototypes or produ
December 13, 2013 Read time: 2 mins
The 1690 European Commission has granted funding of US$1.9 million of the total budget of US$2.5 million for the FOT-Net Data project, which aims to make traffic data collected in field operational tests (FOTs) more widely available to researchers. The three-year project will start in January 2014.

The EU has supported a number of projects since 2008, enabling testing of the latest vehicle information technology in large-scale field trials. Drivers have been able to test the most promising prototypes or products just entering the markets, including adaptive cruise control, forward collision warning, navigators and most recently, warning systems based on short-range wireless communication between vehicles.

Field test projects have evaluated the impact of these technologies and also contributed to their introduction. Drivers' behaviour whilst using the systems has been monitored for continuous periods of up to more than a year, collecting valuable information from traffic.

The Commission recognises the importance of making the collected data more widely available to researchers. Although the data has already been analysed within each project, there is much potential for reusing it in new studies that focus on different research questions.

The project is also financed by the project partners: 814 VTT Technical Research Centre of Finland as the coordinator and the network of intelligent transport systems stakeholders, 374 Ertico–ITS Europe, Chalmers University of Technology of Sweden, RWTH Aachen University of Germany, Spanish R&D centre CTAG, 2153 University of Leeds, UK, French road safety research organisation CEESAR and German automotive company 2069 Daimler.

For more information on companies in this article

Related Content

  • EETS: still struggling to become reality
    December 4, 2013
    Erich Erker, Norbert Schindler, Peter Tschulik from Siemens Electronic Tolling examine the barriers to EETS deployment. Tolling in Europe was introduced to pay for the construction and operation of individual tunnels, bridges and highways and has evolved in major steps. The original manual tolling systems were highly disruptive to traffic flow and required the creation of large toll plazas, with multiple lanes and toll booths to ensure an acceptable throughput. With the introduction of Dedicated Short Range
  • Pile-up prompts Gulf States to counter fog menace
    September 23, 2014
    David Crawford investigates a promising development to counter the problem of fog in the Gulf States. Despite being a largely desert area with low rainfall, fog is a major driving hazard in countries on the Arabian peninsula, such as the UAE. The fog is the result of moist air moving across from the neighbouring Gulf during the afternoon and evening, and experiencing radiation cooling at night.
  • Ouster Lidar aids German V2X plans 
    November 3, 2021
    Researchers built 60 mobile measuring stations to be deployed across a 4.3km stretch
  • Car to car communications a step closer
    December 14, 2012
    Vehicle manufacturers have targeted 2015 for the first cars to roll off European assembly lines fitted with operational V2X technology. They and their partners in the Car 2 Car Communications Consortium are confident of meeting the target, reports Jon Masters. Around three years from now vehicles should be appearing in showrooms boasting the capability of communicating with each other. Manufacturers will have started fitting the first proprietary car-to-car driver-aid safety devices and deployment of ‘vehic