Skip to main content

Sydney to trial connected technology to reduce congestion

Sydney, Australia is to trial connected technology in a bid to tackle congestion by reducing the number of times trucks stop at traffic signals. Minister for Roads Duncan Gay says the technology should improve travel time at more than 100 intersections across Sydney, resulting in smoother overall traffic flow for all road users.
May 3, 2016 Read time: 2 mins

Sydney, Australia is to trial connected technology in a bid to tackle congestion by reducing the number of times trucks stop at traffic signals.

Minister for Roads Duncan Gay says the technology should improve travel time at more than 100 intersections across Sydney, resulting in smoother overall traffic flow for all road users.

The project, being delivered in partnership with Australian technology company Codha Wireless, will trial around 110 trucks by using the latest Cooperative Intelligent Transport System (CITS) technology, which allows vehicles to ‘talk’ to road infrastructure. As part of the trial, the smart infrastructure will be installed on key freight corridors in Sydney.

The trial will detect a heavy vehicle approaching traffic lights and provide more green time, which it is hoped will show how delays can be eased for all motorists across the whole network in the future.

The results of the project will inform the way the city incorporates connected vehicle technology on other vehicles and is a key step towards making Sydney infrastructure-ready for connected and automated vehicles in the future, according to Gay.

Related Content

  • February 21, 2013
    Heart of Slough implements Siemens wireless traffic detection
    As part of the Heart of Slough improvement project, new traffic intersections across seven key sites in and around Slough, UK have been equipped with a total of 162 Siemens WiMag wireless magnetometer sensors by Siemens to help improve the management of traffic using the A4 and travelling to and from the town centre. Complementing the company’s proven loop and radar detection solutions, the sensors provide the Heart of Slough project with an alternative traffic detection system that uses magnetic disturbanc
  • January 18, 2013
    Programming a smoother commute
    Work being carried out by the University of Toronto’s Intelligent Transportation Systems Centre could have a beneficial effect on the city’s congestion problems. Says Professor Baher Abdulhai of the Centre, "Everybody realises that we have a big congestion problem in Toronto and the scarier part is that it's getting worse, exponentially." One of the solutions he's working on is smarter traffic lights using artificial intelligence to control the flow of traffic. "Each traffic light would learn how to time i
  • November 13, 2012
    Standardised technology aids low cost wireless communication
    In the UK, the necessary radio spectrum has been identified and standardised technology developed to allow cost effective wireless communication between cars, devices and other ‘machines’. This by Professor William Webb. A world free of traffic congestion, with intelligent systems directing vehicles and alerting drivers to free parking spaces may sound a far off fantasy to motorists stuck in seemingly endless queues on the outskirts of London. Yet this is a scenario not confined to the world of science fict
  • December 23, 2014
    USDOT video shows benefits of connected vehicles
    The US Department of Transportation (USDOT) has also developed an animated video to illustrate the concept of connected vehicles and help the public understand its potential benefits. Connected vehicle technology enables cars to wirelessly communicate with each other, roadside infrastructure, and even personal mobile devices, sharing valuable information that could save lives, reduce congestion, and lessen the impact of transportation on our environment.