ISS Autoscope supporting Winter Olympics traffic management

Image Sensing Systems’ (ISS) Autoscope RTMS G4 radars are in use in Sochi, Russia to support traffic management at the 2014 Winter Olympics. The radars were provided by ISS’ regional partner Allied Global to the Olympic Games Transport Directorate, which is responsible for the operation of the traffic management system. Autoscope RTMS G4 is being used to monitor traffic conditions, display speed-map representation of the highway and determine travel time for commuters. The traffic management system inc
February 21, 2014 Read time: 2 mins
6626 Image Sensing Systems’ (ISS) 6575 Autoscope RTMS G4 radars are in use in Sochi, Russia to support traffic management at the 2014 Winter Olympics.  The radars were provided by ISS’ regional partner Allied Global to the Olympic Games Transport Directorate, which is responsible for the operation of the traffic management system.  Autoscope RTMS G4 is being used to monitor traffic conditions, display speed-map representation of the highway and determine travel time for commuters.

The traffic management system includes a number of Autoscope RTMS G4 units that were installed on the road network from the city of Sochi to Krasnay Polyana, also known as the Mountain Cluster.  Data is sent to the Sochi traffic management centre every five minutes for monitoring.  The system also monitors the working conditions of the traffic counting stations.

Dan Skites, managing director of Traffic Management for Europe, Middle East, Africa and Asia-Pacific for Image Sensing Systems said, “With increased traffic expected during the Olympics, the Olympic Games Transport Directorate needed a traffic management solution that was accurate, cost effective and non-intrusive to the roadways.  The Autoscope RTMS G4 was able to fulfil their need by offering an above-ground radar based sensor that works in conjunction with traffic management software to deliver accurate traffic reporting that can be provided to third parties to inform travellers.”
Detection, Monitoring & Machine Vision Classification & Data Collection

Related Content

  • May 30, 2013
    Wavetronix radar-based traffic sensor cuts costs
    While initial cost of radar based detection may be higher than that traditional loops, lower maintenance costs more than balance the books. Following successful field tests, the US city of Greenville, North Carolina, has recently agreed a new policy of phasing in Wavetronix traffic sensor technology’s radar-based SmartSensor Matrix system across its signalised traffic intersections. City traffic engineer Rik DiCesare expects the incremental implementation to deliver benefits to both the city’s taxpayers an
    Read More
  • May 11, 2012
    Russia invests in ITS technology
    Russia’s transport systems are developing on a grand scale with ITS central to the plans, thanks in no small part to a recently relaunched ITS Russia. Jon Masters interviews the organisation’s chief executive officer Vladimir Kryuchkov Over coming years many of the biggest deployments of new technology for transport are likely to be seen in Russia. For a political and economic superpower, the world’s biggest country has only recently started to harness ITS for the good of its transport networks. But the sca
    Read More
  • March 14, 2012
    Developing a wireless cooperative traffic management system
    The use by MDOT of 90-foot concrete poles on which to mount CCTV equipment reduces the number of poles needed to monitor a given area and incidences of occlusion
    Read More
  • August 1, 2012
    InfoConnect delivers accurate travel information on all levels
    Deryk Whyte provides an overview of how the New Zealand Transport Agency's InfoConnect concept was developed. Historically, the New Zealand Transport Agency (NZTA) (formerly Transit New Zealand) has faced challenges in communicating effectively with road users, its customers, about highway-related events or incidents in a timely, accurate manner. Prior to 2007, Transit relied on a third-party organisation to collect and disseminate national road condition information. This often resulted in incomplete infor
    Read More

Highlighted Content