Part I: Introduction Chapter 1: History and deployment of (Cooperative) Intelligent Transport Systems Part II: Needs and methods Chapter 2: Challenges in the evaluation of automated driving Chapter 3: Field operational tests (FOTs) - (still) the ultimate answer to impact assessment? Chapter 4: Driving the future: role of artificial intelligence in road vehicles Chapter 5: Assessment method for prioritising transport measures and infrastructure development Chapter 6: Evaluation of ITS: opportunities and challenges in the era of new pervasive technology Part III: Intelligent Transport Systems evaluation results Chapter 7: The potential benefits of heavy goods vehicle (HGV) platooning Chapter 8: C-ITS deployment in Australia - achievements and key learnings Chapter 9: C-ITS evaluation on C-Roads - findings from C-Roads Germany Chapter 10: Impact assessment of large-scale C-ITS services in Greece Chapter 11: A system architecture for the deployment of autonomous mobility on-demand vehicles Chapter 12: Robust cooperative perception for intelligent transport systems Chapter 13: Cooperative architecture for transportation systems (CATS): assessment of safety and mobility in vehicular convoys Chapter 14: Traffic management using floating car data in low- and middle-income countries Chapter 15: European ITS Platform: evaluating the benefits and impacts of ITS corridors Part IV: Discussion and conclusions Chapter 16: Key findings and the future of Intelligent Transport Systems.