AIT intelligent detection system

Austria’s largest non-university research institute, Austrian Institute of Technology (AIT), together with industry partner and rail technology leader Bombardier Transportation, has developed a solution aimed at reducing the risk of rail vehicle collisions. They claim that in the future, trams will be able to detect obstacles and correctly assess their potential danger. A specially developed optical 3D sensor system for light rail vehicles such as trams will make them proactive, intelligent an
October 29, 2014 Read time: 1 min
Austria’s largest non-university research institute, 6625 Austrian Institute of Technology (AIT), together with industry partner and rail technology leader 513 Bombardier Transportation, has developed a solution aimed at reducing the risk of rail vehicle collisions.           

They claim that in the future, trams will be able to detect obstacles and correctly assess their potential danger. A specially developed optical 3D sensor system for light rail vehicles such as trams will make them proactive, intelligent and safer.             

The technology enables the tram to detect different objects such as vehicles and people, automatically evaluate its potential risk and respond accordingly. Initially, an acoustic warning signal will sound, enabling the driver to react quickly. In a further development stage, the system should brake automatically and initiate other safety measures to better protect pedestrians, cyclists and other road users.









Hall 1, Stand D82%$Linker: 2 Asset <?xml version="1.0" encoding="utf-16"?><dictionary /> 4 50956 0 oLinkExternal www.AIT.ac.at Austrian Institute of Technology Website false /EasySiteWeb/GatewayLink.aspx?alId=50956 false false%>

For more information on companies in this article

Related Content

  • Tattile shows ANPR Mobile and Vega Color solutions
    March 25, 2014
    Leading Italian ITS company Tattile is here at Intertraffic to expand its product range with the launch of new products, including ANPR Mobile and Vega Color. ANPR Mobile, a new cutting-edge technology in support of police forces, incorporates Megapixel sensors enabling it to scan over 100 number plates per second, front and rear, at any light condition. The newly-launched system needs neither embedded processing units nor physical connection between the cameras and the on-board computer/tablet.
    Read More
  • Versatility the key for new Road Runner from Border Barriers
    March 26, 2014
    Border Barrier Systems has developed the highly versatile Road Runner, which is designed for quick situations in temporary delineation applications. The product can be used in a wide array of applications including inner city areas, street works, airports, car parks, pedestrian safety and major events. The highly mobile units are designed for fast deployment and weigh in at just 22.5kg apiece, with a handle at one end and wheels at the other making them easy to move. Mobility is a key function of the design
    Read More
  • Swarco to present extensive traffic management and ITS capabilities
    August 26, 2014
    Visitors to the Swarco booth at the ITS World Congress Detroit will be introduced to the group’s extensive traffic management and ITS capabilities by means of a touchscreen application and the integrating Omnia platform. Parking guidance signage, parking sensors and single-space monitoring LEDs, as well as an eco-designed LED traffic light and a push-button with acoustic feature, will be on display. As a leading producer of highly energy-efficient variable message signs, Swarco will present as a highl
    Read More
  • AGD launches advanced FMCW radar
    March 25, 2014
    Visitors to AGD’s stand at this year’s Intertraffic will see for themselves the firm’s most advanced FMCW intelligent radar detection system to date. AGD’s ‘318’ has been developed to detect and monitor vehicles in single lanes or highways and can track multiple vehicle targets simultaneously in both directions, providing range, speed and occupancy measurement to monitor and control traffic flow.
    Read More

Highlighted Content