Skip to main content

Incheon city deploys Wavetronix SmartSensor HD

Wavetronix has announced that its SmartSensor HD has been selected as the traffic detection device for a project in Incheon City, South Korea.
March 2, 2012 Read time: 2 mins

148 Wavetronix's has announced that its SmartSensor HD has been selected as the traffic detection device for a project in Incheon City, South Korea. The sensors will detect real-time traffic data for a new advanced traffic management system, which is being implemented to reduce traffic congestion in an effort to reduce air pollution.

“Officials in Incheon City are committed to reducing pollution and societal costs by reducing traffic congestion,” says David Lee of L&B Systems, Wavetronix’ authorised representative in Korea. “The catchphrase is ‘low carbon monoxide and green traffic systems’.”
To help keep traffic moving efficiently, officials have installed 80 SmartSensor HD units on major roads to monitor real-time vehicle volumes as well as individual vehicle speeds. The sensors were installed by Yong Sung Hi-Tech Company, in cooperation with Kyung Bong Company, the main contractor for the project.

“Radar was the technology of choice because Incheon is a harbour city and fog is a major problem here,” says Lee. “SmartSensor HD was chosen after officials reviewed other installations in the country. Competitive devices were less efficient and less accurate.”

Lee says accuracy was an important factor in this project. “There is an HD installation on the Incheon Great Bridge, and the sensor’s high performance at that location was a good reference for officials in deciding what device to use in this ATMS,” he says.

For more information on companies in this article

Related Content

  • Tampa Connected Vehicle Pilot program enters new phase
    September 22, 2016
    The Tampa Hillsborough Expressway Authority (THEA) Connected Vehicle (CV) Pilot Deployment Program in the US is reaching its first major milestone and entering a new phase of development, bringing Tampa a step closer to the future of transportation. THEA’s project management team heads to Washington, DC, this week to meet with US Department of Transportation (USDOT) officials for the official kickoff of Phase 2, which will include the design and deployment of CV technology in downtown Tampa. The pilot,
  • Machine vision offers new solutions to old problems
    October 28, 2014
    The transportation sector is set to benefit from a far wider range of machine vision technology. While machine vision techniques have been applied to traffic management applications for some years, in some areas there can still be a shortage of knowledge about what the technology can offer transportation professionals. The image processing and interpretation functions of machine vision enables control room staff to be immediately alerted to occurrences requiring attention which, in turn, enables each person
  • Canada looks to HOT lanes to tackle congestion
    March 16, 2017
    David Crawford sees an evidence-based approach to HOT lane conversions. Canada’s first high occupancy toll (HOT) lanes opened on 16 September 2016 as a pilot on a 16.5km section of existing high occupancy vehicle (HOV) lanes running in both directions along Toronto’s Queen Elizabeth Way. Promised in two recent budgets
  • What will MaaS look like in 2031?
    October 25, 2021
    The next decade will see the humble trip planning app transformed by machine learning and AI, revolutionising the way we move around and interact with each other, says John Nuutinen of SkedGo