Mapping passive railway crossings to inform freight potential
This project will result in the building of a storymap to prepare for the safe navigation of passive level crossings by autonomous freight vehicles.
Exploring the Movement and Place Framework
This project will develop a series of evidence-based design principles and guidelines to balance place-making and vehicle movement in NSW.
Integrated land use and transport modelling
Work toward a proposed framework and subsequent model to better utilise and account for changes in the future transport network capacity.
DSRC and cooperative perception
Development of a general framework for cooperative data fusion, integrating data coming from vehicles and infrastructure.
Measuring demand for bus replacement services
Project involves a comprehensive review of national and international research on travel demand mode, with a view to informing future research agenda.
The future of travel demand modelling and forecasting
A project involving a comprehensive review of national and international research on travel demand modelling, with a view to informing future research.
Cooperative and Highly Automated Driving Safety Study
Preparation for the arrival of Connected and Automated Vehicles on Australian roads, and their safety, mobility and environmental benefits.
How automated vehicles will interact with road infrastructure
Assessment of how successful current road infrastructure is in allowing the safe and reliable use of automated vehicles, and how to fix shortcomings.
Insurance research for autonomous vehicles
Project to build an autonomous vehicle based on an everyday car, for deeper insight into their impact on future mobility and insurance business models.
Data use for improved transport management and journey reliability
This iMOVE research project involves the collection and analysis of detailed data to implement and validate advanced algorithms, to support the early identification of the onset of congestion and identify how best to mitigate its potential impact.
C-ITS Pilot Security Credential Management System
Security Credential Management System (SCMS) project, as part of the 500-vehicle, on-road field operational test of Cooperative Intelligent Transport Systems safety applications.
Improved network performance prediction through data-driven analytics and simulation
This project aims to improve the ability of road authorities to predict network performance in the short-term using data-driven analytics and to estimate the impact of automated vehicles (AVs) in longer-term predictions.
CAVI 500-vehicle C-ITS Field Operational Test
Queensland Department of Transport and Main Roads is conducting an on-road field test of C-ITS safety applications retrofitted to around 500 vehicles and road infrastructure, in Ipswich, Queensland.