Skip to main content

Cisco’s low-cost fibre optic solution for traffic monitoring

Cisco’s display focuses on a novel way of detecting traffic speeds, congestion and incidents without the use of loops. The company is using a fibre optic cable positioned alongside the road and down which it shines a light. Vibration created by passing vehicles create vibration which disrupts the passage of the light. Cisco has developed algorithms that can translate these disruptions to determine what type of vehicle is passing, in which direction, the lane it is using and the speed it is travelling. The
March 21, 2018 Read time: 2 mins
Niels van den Berg

1028 Cisco’s display focuses on a novel way of detecting traffic speeds, congestion and incidents without the use of loops. The company is using a fibre optic cable positioned alongside the road and down which it shines a light.

Vibration created by passing vehicles create vibration which disrupts the passage of the light. Cisco has developed algorithms that can translate these disruptions to determine what type of vehicle is passing, in which direction, the lane it is using and the speed it is travelling.

The fibre optic cables run in lengths of up to 80km and are divided (virtually) into five to 15 metre sections for detection purposes and it is said to be far cheaper and less disruptive to install and maintain than its traditional counterpart.

According to the company’s Niels van den Berg, the Dutch authorities have proved the new system’s accuracy by comparing it with the current loop-based results.

Stand: 11.209

%$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 link-external www.cisco.com Cisco website link false https://www.cisco.com/ false false%>

Related Content

  • December 11, 2017
    Call for Contributions still open, ITS World Congress 2018
    The Call for Contributions are still open for the ITS World Congress 2018, in Copenhagen. Through ITS, it aims to find answers to climate, air pollution, urbanization, congestion, and traffic safety through its main theme Quality of Life. The deadline for the submission of papers is 15 December 2017. Next year’s event is expected to attract over 10,000 visitors, 4,000 delegates and 400 exhibitors and will be held in the Bella Center from 12-21 September 2018. More information in the Call for Contribution
  • March 20, 2018
    Tinynode shows vehicle detection solutions
    Tinynode is showcasing its high-accuracy wireless vehicle detection solutions for smart parking, based on purpose-built, lowest-power electronics and a multi-hop, self-configuring, self-healing, mesh radio protocol. Thanks to patented technology that provides over 99% radio communication availability, 98% detection accuracy, and up to 10-year battery life, Tinynode A4 and B4 sensors prove a simple, cost-effective and reliable way to detect if a parking space is occupied by a car. Sensors are fixed onto
  • January 8, 2014
    ITS European congress papers deadline extended
    The deadline for paper and special interest session proposal submissions for the ITS European Congress and Exhibition in Helsinki has been extended to midnight on 14 January. We have already received many valuable submissions and we thank you for your contributions. Papers and special interest session proposals should be submitted through the submission portal, which also provides the submission guidelines. For further details on the congress and exhibition, visit the Congress website.
  • February 18, 2014
    Vehicle and Road Automation website launched
    In order to promote the exchange of information and research on vehicle and road automation activities in Europe and beyond, the Vehicle and Road Automation (VRA) project has launched its website, together with other online tools to promote and expand the VRA community: The VRA wiki, www.vra-net.eu/wiki, is a user-edited shared resource for road vehicle automation activities around the world, containing details on around forty projects, with an abstract, contact point, website, sponsor, budget/funding an