Implementing Automated Road Transport Systems in Urban Settings provides valuable, objective, often difficult-to-obtain data, gleaned from the largest demonstration project on automated road transport systems (ARTS) in the world to date. The book features chapters authored by those deeply involved in CityMobil2-providing an easily accessible, cross-referenced resource for data and information on each aspect of the project. Chapters cover vehicle technical specifications, infrastructure analysis, operating systems, future scenario analysis, automated and conventional vehicle comparisons, and legal frameworks for system implementation. The book examines project field tests, showing the technology's adaptability and different requirements based on geographic location.
Government officials, researchers, and transportation practitioners require real-world data and analysis in their efforts to bring automated and intelligent transport systems into the mainstream. The CityMobil2 demonstration transported more than 60,000 passengers in seven European cities, providing immense amounts of feedback and data to be analyzed. The book provides international expert opinion on this real-world data, highlighting the strengths and weaknesses of the project, as well as providing comparisons to both past and planned ARTS demonstration initiatives. The technical specifications developed from the project will help cities considering similar ARTS initiatives.
- Presents real-world data and valuable analysis from CityMobil2, the world's largest demonstration project on automated road transport systems (ARTS)
- Assists policy makers seeking to implement their own ARTS, providing technical specifications, infrastructure analysis, as well as legal considerations
- Features a companion website with links to CityMobil2 demonstration videos, as well as links to detailed project documents
- Presents findings from CityMobil2, such as effects on daily trips per capita, average journey distance, and occupancy rate, and how they can affect the development of future ARTS projects
- Provides future ARTS scenario analysis, with information on planned, similar demonstrations
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2. Designing ARTS for last mile transport
3. Integration of Automated Road Transport Systems
4. Evaluation of Automated Road Transport Systems
5. Legal framework for ARTS
6. Future scenarios of ARTS
Adriano Alessandrini is Professor of Transportation Science and Economics at the University of Florence, in Florence, Italy. He coordinated CityMobil2, the world's largest project on integrating automated road transport systems in urban settings. Alessandrini has led many research projects on innovative transport systems, and on assessing the environmental impact of transportation. He has been published in many transportation-related journals, including Elsevier's Transportation Research Procedia.
Adriano Alessandrini, Professor, Transportation Science and Economics, University of Florence. For the past 20 years, Adriano has participated and led many research projects on innovative transport systems and on assessing the environmental impact of transport. Adriano was the coordinator of CityMobil2, the largest European project on integrating automated road transport systems in European cities. Adriano is editor of Implementing Automated Road Transport Systems in Urban Settings on the CityMobil2 outcomes. (Elsevier)