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Title	Advancing Smart City Infrastructure With V2X Vehicle-Road Collaboration: Architectural And Algorithmic Innovations
ID_Doc	6689
Authors	Andreou A.; Mavromoustakis C.X.; Song H.; Batalla J.M.
Year	2025
Published	Internet of Things, Part F4006
DOI	http://dx.doi.org/10.1007/978-3-031-72732-0_10
Abstract	Traditional mobile communications, routed through multiple network layers, often face significant delays, unsuitable for the high-speed requirements of Vehicle to Everything (V2X) applications. This chapter introduces an innovative V2X vehicle-road collaborative communication system to bridge this gap. Central to this advancement is a novel architecture, coupled with a dynamic traffic signal control algorithm, designed to enhance traffic flow and reduce urban congestion significantly. The architecture employs a CRUM (connectivity, roadway, user, management) model, which is pivotal in minimizing end-to-end communication delays, especially crucial in urban settings. Additionally, the chapter discusses a vehicle-road collaborative framework for autonomous driving applications, focusing on an efficient networking architecture that ensures operational efficacy. The chapter concludes by addressing essential data quality, security, and privacy considerations, which are vital for the future of smart city infrastructure. © The Author(s), under exclusive license to Springer Nature Switzerland AG 2025.
Author Keywords	Collaborative communication; Smart city infrastructure; Traffic flow optimization; Vehicle to Everything (V2X)

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