This project will see an Aimsun Live pilot system installed in Queensland, providing real-time simulation-based prediction, projecting 60 minutes ahead.
This project will build on simulations of gating, and use MFDs to demonstrate its benefits in enabling better control of the Perth road network.
Project to build new knowledge and develop approaches to perpetuate and mainstream some of the more positive behaviours and outcomes of working from home.
A project examining the benefits/drawbacks of working from home, and the impacts of different arrangements on productivity, transport, health, & wellbeing.
This project will use the Chatswood CBD as a living laboratory using data to improve visitor experience, with an initial focus on parking.
Research project to develop empirical understanding of the skills gaps, shortages, and the necessary training needs in transport/mobility to inform policy.
iMOVE MD Ian Christensen’s appearance on The Reboot Show, in a video discussion about various aspects of the future of transport.
Does the formation of traffic congestion resemble the spread of a virus? This PhD project with the University of NSW is investigating.
This PhD looks at prediction of traffic disruptions in cities using AI and synergising traffic simulation modelling to help traffic authorities respond.
Colin Lew, Head of Technology at Intelematics, writes about what he sees happening to transport now and in the future in this time of pandemic.
Intelematics’ John Cardoso’s observations on transport and the pandemic, backed up with a little hard traffic data.
Kim Thomas, Managing Director at Integrate, has provided her thoughts on the many ways the pandemic will affect transport, on both a human and system level.
Ryan Falconer is the Lead Transport Advisor at Auckland Council, and has spoken to iMOVE about his view on transport, the pandemic, and the environment.
An interview with Greg Giraud. Managing Director at autonomous shuttle company EasyMile Australia & NZ, on his views about transport and the pandemic.
Research into a network-wide approach to identify critical links and estimate the Macroscopic Fundamental Diagram using flow and density measurements.
Development of demand management & estimation tools for large-scale traffic networks, incorporating macroscopic fundamental diagram-based traffic dynamics.