CTS enters partnership to improve Melbourne’s traffic flow

Cubic Transportation Systems (CTS) has entered an R&D agreement with the iMove Cooperative Research Centre to improve traffic flows in Melbourne, Australia. The $55m government-funded project will consider the interaction of all transport modes to identify blockages in the management of an integrated multi-modal system. The two-year initiative - called the Implementation of a Multimodal Situational Awareness and Operations Regime Evaluation Platform – sees CTS collaborating with the University of Melbou
June 18, 2018 Read time: 2 mins
378 Cubic Transportation Systems (CTS) has entered an R&D agreement with the iMove Cooperative Research Centre to improve traffic flows in Melbourne, Australia. The $55m government-funded project will consider the interaction of all transport modes to identify blockages in the management of an integrated multi-modal system.


The two-year initiative - called the Implementation of a Multimodal Situational Awareness and Operations Regime Evaluation Platform – sees CTS collaborating with the University of Melbourne, Public Transport Victoria, VicRoads and the Transport Accident Commission.

The Australian Integrated Multimodal Eco System (AIMES) at the University of Melbourne provides the data infrastructure behind the project. Cubic’s Transportation Management Platform will be used as the main integration hub.

AIMES is a transport test bed area that comprises 100km of Melbourne roads on the fringes of the central business district. The area will feature up to 1,000 sensors that collect data on vehicle and pedestrian movement and public transport use.

The iMove Cooperative Research Centre is a consortium of 44 industry, government and research partners that are working together to improve Australia’s transportation systems through collaborative R&D projects.

Urban Traffic Control

For more information on companies in this article

Related Content

  • Peter Bentley wins Max Lay Award
    October 27, 2021
    Prestigious ITS Australia gong for achievement will be presented to ITS veteran next February
    Read More
  • Observing driver behaviour in real traffic condition
    March 16, 2016
    The EU’s UDRIVE project will investigate driver behaviour in terms of road safety and the decarbonisation of road transport, as Nicole van Nes and Silvia Curbelo explain. There were nearly 25,700 fatalities on European Union (EU) roads in 2014 or, to look it another way, roughly 70 people are killed in traffic accidents on European roads every day - and many more are injured. Around 22% of the fatalities are pedestrians, 15% will be motorcycle riders and 8% cyclists. So despite the improvements in road safe
    Read More
  • Modelling could reduce traffic mayhem
    May 6, 2016
    A mathematical model that could significantly reduce traffic congestion by combining data from existing infrastructure, remote sensors, mobile devices and their communication systems has been developed by a research team from Australia’s Swinburne University of Technology. Swinburne‘s Congestion Breaker project utilises intelligent transport systems (ITS), a field of research that combines information and data from a range of sources for effective traffic control.
    Read More
  • After two decades of research, ITS is getting into its stride
    June 4, 2015
    Colin Sowman gets the global view on how ITS has shaped the way we travel today and what will shape the way we travel tomorrow. Over the past two decades the scope and spread of intelligent transport systems has grown and diversified to encompass all modes of travel while at the same time integrating and consolidating. Two decades ago the idea of detecting cyclists or pedestrians may have been considered impossible and why would you want to do that anyway? Today cyclists can account for a significant propor
    Read More

Highlighted Content