This project will provide transport practitioners with clarity regarding the definitions, objectives, design options & limitations of NSW shared space applications.
A profile on Xiaojie Lin and her PhD, with background and reflection on her project, ‘Strengthening cybersecurity in vehicular networks’.
Watch the video recording of our webinar discussing the final report of our ‘Innovative local transport: Community transport of the future’ project.
Download the final report from iMOVE’s ‘Innovative local transport: Community transport of the future’ project.
Register for our webinar ‘Delivering community transport that meets the diverse needs of our growing population’, and improve its service and accessibility.
This research will focus on enhanced depiction of pedestrian and active mode interactions with vehicular traffic across a variety of road infrastructure scenarios.
Use of AI and machine learning techniques in collecting AusRAP data has potential to reduce costs and increase the frequency and accuracy of its information.
This project will investigate the systemic issues, opportunities, and barriers for overcoming transport disadvantage and enhancing community transport.
This PhD research project aims to assist public transport service providers improve quality, operational efficiency, and farebox recovery ratios.
This project will develop new highly efficient cybersecurity schemes to reverse engineer vehicular network communications.
A student team from UTS, and staff from IAG’s Research Centre worked together this year on a project involving vehicle cybersecurity.
The Ipswich Connected Vehicle Pilot sees hundreds of cars fitted with technology to allow them to communicate with each other and with road infrastructure.
This PhD looks at prediction of traffic disruptions in cities using AI and synergising traffic simulation modelling to help traffic authorities respond.
Mina Ghanbarikarekani, a PhD student at the University of Technology Sydney, has won the Best Student Paper Award at an international ITS conference.
Addressing the critical need for new security schemes to be designed and implemented to protect our connected cars and transport systems.
Development of an algorithm to provide priority at traffic lights to public transport, also with potential to reduce stop time for private vehicles.