ITS Australia supports Melbourne’s world first ‘urban laboratory’

ITS Australia has welcomed the Victorian Government’s announcement of a unique hi-tech transport project for Melbourne. The National Connected Multimodal Transport (NCMT) test bed will develop pilots and facilitate collaborations between government, industry and academia. It will utilise thousands of sensors and wireless units fitted to roads to provide insight into how to manage transport systems and road networks in a more efficient way. The urban laboratory would cover approximately 7 kilometres
January 6, 2017 Read time: 2 mins
858 ITS Australia has welcomed the Victorian Government’s announcement of a unique hi-tech transport project for Melbourne.

The National Connected Multimodal Transport (NCMT) test bed will develop pilots and facilitate collaborations between government, industry and academia. It will utilise thousands of sensors and wireless units fitted to roads to provide insight into how to manage transport systems and road networks in a more efficient way.

The urban laboratory would cover approximately 7 kilometres of roadways in Melbourne.

ITS Australia confirmed its participation in the project by signing a Memorandum of Understanding (MOU) with test bed leaders, the University of Melbourne, late last year.

The first pilot NCMT test bed is scheduled to be launched in April 2017.

ITS Australia CEO Susan Harris said the test bed and a recent iMOVE CRC submission to the Federal Government show just how seriously Australia takes real-time, data-driven research to find the best possible outcomes.

Professor Iven Mareels, Dean of the Melbourne School of Engineering said a connected community was the key to improved transport options, while founding director of the NCMT test bed and University of Melbourne Professor in Transport for Smart Cities, Majid Sarvi, said the urban laboratory will be a living experiment of connected vehicles and transport networks, people movements and city infrastructure.
Location Based Systems Urban Traffic Control

For more information on companies in this article

Related Content

  • Transport in the round
    October 13, 2015
    The ITF’s Mary Crass tells Colin Sowman why future transport demands will require governments to overcome the silo effect of individual single-modal authorities. The only global multimodal transport policy organisation,” is how Mary Crass describes the International Transport Forum (ITF), which is housed at the Organisation for Economic Cooperation and Development (OECD). As head of policy and summit preparation at the ITF she says: “All other organisations are either regional or have a modal focus, we cove
    Read More
  • ITS World Congress demo information now available
    September 28, 2015
    With 35 live, technical and interactive ITS demonstrations at this year’s World Congress there will be plenty of opportunities to see and experience first-hand the latest technology being developed and implemented in the industry. Each of the demonstrations will take place in the immediate vicinity of the Congress Exhibition Hall during the World Congress. Some demonstration highlights in each of the categories include: Space technologies and services for ITS: the Satellite Applications Catapult will dis
    Read More
  • From coast to coast: US states embrace automated enforcement for safer roads, says Verra Mobility
    September 12, 2023
    The concept of Vision Zero has hit a pothole in the US – but there is hope for a safer future, says Jon Baldwin, executive vice president, government solutions, at Verra Mobility
    Read More
  • Idris paves the way for loop based speed enforcement
    February 1, 2012
    With the Idris system now validated as a speed verification tool, the way is open for loops to be used in more complex enforcement applications. Diamond Consulting Services (DCS), developer of the Idris inductive loop-based vehicle detection and classification system, has recently successfully conducted validation trials which, the company says, open the way for Idris to be used for speed verification and loop-based sensors to be used for more complex applications such as speed-on-green and differential spe
    Read More

Highlighted Content