Smart City Gnosys

Smart city article details

Title	Paradigm Shift Beyond Business-As-Usual For Automated Road Transportation To Contribute To Climate-Neutral Smart Cities
ID_Doc	41222
Authors	Vreeswijk J.; Chou D.; Backhaus W.; Wilmink I.; Riggs W.
Year	2023
Published	Lecture Notes in Mobility, Part F645
DOI	http://dx.doi.org/10.1007/978-3-031-34757-3_6
Abstract	One of the major challenges for society today is to reach environmental goals. Around the world governments aim to reduce transportation emissions and are investing in a diverse set of strategies, including connected cooperative and automated mobility. Many discussions about automated road transportation technologies revolve around automation feasibility, improving safety and improving the efficiency of transport networks, but we have not fully explored the potential of automation as a catalyst or enabler to transform society to an ecologically sustainable state. This chapter discusses ways that connected and automated technologies can address climate concerns as addressed at the ARTS22 workshop on automated road technologies and climate change. © 2023, The Author(s), under exclusive license to Springer Nature Switzerland AG.
Author Keywords	Autonomous Vehicles; Climate Change; Energy Use; European Commission; Urban Policy

Similar Articles

Id	Similarity	Authors	Title	Published
29504	0.865	Modarelli G.; Sadraei R.; Rainero C.	How To Perceive Sustainable Moving And Smart Mobility Today?: A Cross-National Comparative Longitudinal Perspective And The Controversy Of Alternative Transport Systems	Journal of Cleaner Production, 468 (2024)
54196	0.862	Kaššaj M.; Peráček T.	Synergies And Potential Of Industry 4.0 And Automated Vehicles In Smart City Infrastructure	Applied Sciences (Switzerland), 14, 9 (2024)
11907	0.86	Jadhav B.; Kulkarni A.; Khang A.; Kulkarni P.; Kulkarni S.	Beyond The Horizon: Exploring The Future Of Artificial Intelligence (Ai) Powered Sustainable Mobility In Public Transportation System	Lecture Notes in Intelligent Transportation and Infrastructure, Part F64 (2025)
49327	0.859	Kharchenko H.; Kharchenko V.	Smart Cities And Ecological Transport: Challenges, Prospects And Impact On Sustainable Development	Lecture Notes in Networks and Systems, 1335 LNNS (2025)
60245	0.859	Mavlutova I.; Atstaja D.; Grasis J.; Kuzmina J.; Uvarova I.; Roga D.	Urban Transportation Concept And Sustainable Urban Mobility In Smart Cities: A Review	Energies, 16, 8 (2023)
54093	0.857	Chandra S.	Sustainable Urban Mobility And Smart Traffic Management: Balancing Optimization With Environmental Sustainability Goals	Machine Learning and Robotics in Urban Planning and Management (2025)
6546	0.856	Eswaran U.; Eswaran V.; Murali K.; Eswaran V.	Advanced Sensor Technologies And Applications For Green Transportation Systems	Lecture Notes in Intelligent Transportation and Infrastructure, Part F64 (2025)
25834	0.855	Elbroumi S.; Idrissi M.A.; Chaaouan M.; Eddahmouny H.	Exploring Trends, Perspectives, And Challenges Of Artificial Intelligence In Sustainable Mobility: A Systematic Review	Utilizing Technology to Manage Territories (2025)
51186	0.855	Alam T.; Gupta R.; Nasurudeen Ahamed N.; Ullah A.; Almaghthwi A.	Smart Mobility Adoption In Sustainable Smart Cities To Establish A Growing Ecosystem: Challenges And Opportunities	MRS Energy and Sustainability, 11, 2 (2024)
44723	0.854	Kiriyakere A.; Nayyar A.	Redefining Mobility: The Convergence Of Autonomy, Technology, And Connected Vehicles In Smart Cities	Digital Twins for Smart Cities and Villages (2024)