A Framework for Road Authorities to Assess Their Readiness to Support Connected and Automated Driving
Framework for assessing road authority readiness for CAV support
I Guy
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Exploring Artifacts Availability in Transportation Research Using Large Language Models
Using LLMs to explore artifact availability in transportation research
J Ji
Explainable Graph neural networks for traffic assignment and road network design
Conference presentation on explainable GNNs for network design
A hybrid deep-learning-metaheuristic framework for bi-level network design problems
Presentation on hybrid DL-metaheuristic approach to network design
A connected and automated vehicle readiness framework to support road authorities for C-ITS services
Framework for road authorities to assess CAV readiness for C-ITS services
Optimizing the Bridge Maintenance Schedule of Transportation Networks under Uncertainty
Simheuristic approach to bridge maintenance optimization
M Donmez
The Future of Digital Roads for Connected and Automated Driving
Digital infrastructure for connected and automated vehicles
Image-based assessment of road network readiness for automated driving
Using images to assess road network readiness for AVs
Tele-operated driving in logistics as a transition to full automation
Exploratory study on tele-operated driving in logistics
L Deckers
Multi-stage optimal design of road networks for automated vehicles with elastic multi-class demand
Multi-stage network design optimization for AVs