Arterial Network Smart Performance Assessment
This project will investigate/develop a data-driven assessment tool for arterial networks, using established/emerging technologies and advanced data analytics.
This project will investigate/develop a data-driven assessment tool for arterial networks, using established/emerging technologies and advanced data analytics.
This project will contribute to improving road safety in WA, and state and national goals of reducing road trauma and enhancing safe mobility for all road users.
This project will allow assessment of C-ITS benefits, deployment, & considerations & provide recommendations that could support adoption by Australian road authorities.
This project aims to develop a system to control driver / occupant emotions and mental & physical conditions to enhance road safety & in-vehicle experience.
Develop and field test a large animal activated roadside monitoring and alert system for detecting large animals on roadsides and alerting motorists in advance.
Download ‘A Smart Transport Technology Roadmap for Perth’, a summary of key challenges in Perth’s transport network and the technologies to address them.
This study of advanced technologies for road user detection, sensing, and perception has the aim of enhancing traffic operations at signalised intersections.
This project will investigate the use of Co-operative Intelligent Transport Systems (C-ITS) technologies to improve safety for motorcycle riders.
An investigation of technologies that help communities, stakeholder groups and decision makers to understand road safety.
This project will complete an investigation of train horn effectiveness, & inform transport industry orgs and policymakers of future procedures and applications.
A comparative assessment of C-ITS technologies & international standards, helping inform future decisions for nationally consistent approaches for deployment.
This project will seek to identify opportunities for innovative ways to use existing technologies and new ways of working to improve roadside worker safety.
Demonstrating the use of historic crowdsourced data to create value in road management process by prototyping tools supporting road network management.
This project will identify functional safety risks of selected scenarios of the remote operation of Highly Automated Vehicles, and provide recommendations.
The purpose of this project is to study the route choice behaviour of pedestrians and their attitudes towards desire lines around public transport interchanges.
The objective of this project is to develop a sound methodology to measure share of high-speed travel on roads with a minimum safety rating of 3 stars.