AIMES offers a platform for government, industry and academia to work collaboratively to explore better transport outcomes in a dynamic real-world environment including:
- Real-time information for users
- Real-time, proactive operational management
- Prevention of traffic incidents and congestion
- Comprehensive testing ground for all connected and automated vehicle trials.
Read about the latest and on-going projects deployed in AIMES.
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AI in multimodal transport management
To develop advanced algorithms to improve the safety and efficiency of urban intersections. Partners include iMOVE Australia, RACQ and more.
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AI to profile intersections
To develop an understanding of what safety measures and actions can be taken to avoid incidents at intersections. Partners include Cisco, Cohda Wireless, Department of Transport and more.
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AIMES data exchange
A platform that allows for the sharing of data with stakeholders with certain levels of security, protection rules and access rights. Partners include AWS Amazon, WSP, Cisco, IAG and more.
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Automated shuttle
To create a simulation laboratory for experiments to understand the potentials of AVs in delivering public transport and demand-responsive services. Partners include Easymile and more.
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C-ITS Harmonisation Project (iMove 1-083)
Co-operative Intelligent Transport Systems (C-ITS) technology enables road users and infrastructure (such as traffic lights) to share information on road conditions, disruptions, traffic flow, and safety incidents with each other.
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C-ITS
To review vehicle connectivity technologies in both Australia and overseas and identify potential pathways to expedite safety and efficiency outcomes. Partners include Department of Infrastructure, Transport, Cities, and Regional Development, ITS Australia, iMOVE Australia, IAG and more.
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Connected freight
To improve efficiencies of freight movement in urban environments. Partners include Woolworths and more.
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Cubic vision
To visualise what is happening at the intersection to better protect cyclists and pedestrians and improve intersection efficiency. Partners include Cubic, Department of Transport and more.
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Connected trams
For Trams to detect hazards and count pedestrians and cars to improve efficiencies in the tram network. Partners include Toshiba, Yarra Trams and more.
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Edge and fog computing
A world-first trial of connected transport technology involving an Internet of Things (IoT) Edge and Fog Computing solution on a roadside intersection. Partners include Cisco, Cohda Wireless, WSP and more.
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Front end dashboard
To develop a multimodal situation awareness platform for the management of transport as an ecosystem. Partners include Cubic Transportation Systems and more.
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Kapsch Smart Intersection
Kapsch Smart Intersection which is live on the corner of Victoria Parade and Brunswick Street, Carlton is equipped with Kapsch’s latest ANPR sensor configured as a ‘Yellow Box’ detector. Partners include Kapsch TrafficCom Australia and more.
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Kapsch Intelligent Corridor
To prove the concept of corridor management in an urban environment to improve the travel time and safety for pedestrians and cyclists. Partners include Kapsch TrafficCom Australia, Department of Transport and more.