Skip to main content

Traficon technology to be deployed in Stockholm road tunnels

Video detection specialist Traficon has been awarded a contract to provide video image processors for traffic monitoring inside the Södra Länken and Norra Länken tunnels in Stockholm, Sweden. The company will provide some 763 of its VIP-T modules, which have been designed for automatic incident detection and traffic data analysis.
March 22, 2012 Read time: 2 mins
Video detection specialist 348 Traficon has been awarded a contract to provide video image processors for traffic monitoring inside the Södra Länken and Norra Länken tunnels in Stockholm, Sweden. The company will provide some 763 of its VIP-T modules, which have been designed for automatic incident detection and traffic data analysis.

The VIP-T video image processing board provides real-time data and image information for optimal traffic control and fast, accurate incident detection. Fast DSP processors allow various algorithms (tracking, motion detection, adaptive shadow suppression, etc.) to run simultaneously on one single board. This ensures high reliability and a low false alarm rate of the video detection system. The Traficon VIP-T uses MPEG4 image compression to offer full frame rate streaming video.

22 VIP-T video image processing modules have already been installed in the Södra Länken tunnel. In cooperation with traffic specialists 337 Swarco Sweden and ISG Systems AB Sweden, Traficon will install another 370 modules in the course of 2012. The installation of 393 VIP-T modules for the Norra Länken tunnel is expected to start after 2012 in cooperation with ISG Systems AB Sweden for delivery to Tunnelentreprenad AB, a consortium owned by 2927 Swarco Nordic and Rolf Tannergård.

Both Södra Länken and Norra Länken are new traffic routes that have been designed to help alleviate the increasing traffic volumes in and around Stockholm. The 6km long Södra Länken, of which 4.7 km is in tunnels, is the southern part of the Stockholm ring road and is the largest-ever road tunnel construction in Sweden. The construction of Södra Länken began in 1997 and was completed in 2004. The northern Norra Länken will be about 5km long and the major part of it will be in underground tunnels. Construction of Norra Länken started in 2006 and is expected to be completed by 2015.

For more information on companies in this article

Related Content

  • Hitachi helps to build a better Stockholm
    November 19, 2024
    The ZE135 electric excavator has been put to the test on a high-profile development in the Stockholm Green Innovation District. This new growth area for technology and sustainability is being developed with the goal of renewing and building urban spaces with climate-smart solutions.
  • Austria's new tunnel meets safety regulations
    July 13, 2012
    New safety regulations and high traffic volumes require new tunnel construction all across Europe. Mike Woof reports Anew highway tunnel now being built in Austria will boost traffic volumes and safety standards on a key European route. The existing Pfänder Tunnel lies close to Austria's borders with Germany and Switzerland and carries a heavy traffic volume, so a new parallel tunnel is under construction to help spread this load, increasing capacity as well as safety. Stringent tunnel safety standards have
  • IRF traffic management training on investing smartly, deploying effectively
    December 19, 2014
    IRF delivers advanced traffic management training in Riyadh For the second in a series of ITS courses specially tailored for the needs of fast-transitioning economies, the IRF assembled a multi-national cast of renowned instructors who delivered five modules focusing on major mobility applications. Held from October 19th–22nd, 2014, the course was attended by over 170 transportation and engineering professionals from a wide array of public agencies, including the municipalities of Riyadh, Jeddah, Dammam, t
  • WiM eases bridge health worries
    July 31, 2024
    Ageing road bridges are leading road authorities to consider the case for using weigh-in-motion - WiM - solutions to monitor the health of such infrastructure, writes Adam Hill.