描绘未来:智能互联车辆重塑公交系统

Kunjun Wang;Ye Xiao;Yixu He
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摘要

在技术创新和数字化演进的推动下,当前的汽车行业正站在变革时代的风口浪尖(Liu 等人,2023 年)。随着城市中心的不断扩大和对交通网络需求的不断增加,缓解交通拥堵、提高交通效率和加强道路安全的解决方案变得日益迫切。在这种情况下,集车辆、基础设施和云计算于一体的智能互联车辆有望成为一种更加智能的客运模式,并为建立一个更加互联互通、反应更加灵敏的城市交通生态系统铺平道路(Cao 等人,2023 年)。因此,传统客运公交车的功能技术和运营模式即将发生重大变革。这将带来一系列好处,如更高的效率、更好的乘客体验和更安全的道路环境。本文对智能互联客车(ICPB)进行了全面展望,深入探讨了车-路-云一体化平台,并重点介绍了塑造未来客车系统的关键技术。如图 1 所示,本文展示了未来 ICPB 的主要视角。
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Charting the Future: Intelligent and Connected Vehicles Reshaping the Bus System
Driven by technological innovation and digital evolution, the current automotive industry is standing at the cusp of a transformative era (Liu et al., 2023). As urban centers continue to expand and intensify the demands on transportation networks, the need for solutions to alleviate congestion, boost traffic efficiency, and enhance road safety becomes increasingly urgent. On this occasion, intelligent and connected vehicles, integrating vehicles, infrastructure, and cloud computing, promise a smarter mode of passenger transportation and pave the way for a more interconnected and responsive urban transit ecosystem (Cao et al., 2023). Therefore, traditional passenger buses are on the verge of significant transformation in terms of their functional technologies and operational models. This will bring about a host of benefits such as higher efficiency, better passenger experiences, and safer road environments. This paper provides a comprehensive outlook on intelligent and connected passenger buses (ICPBs), delving into the integrated vehicle-road-cloud platform and highlighting the key technologies that will shape the future bus system. As illustrated in Fig. 1, it showcases the key perspectives on the future of ICPBs.
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Front Cover Contents Advancements and Prospects in Multisensor Fusion for Autonomous Driving Extracting Networkwide Road Segment Location, Direction, and Turning Movement Rules From Global Positioning System Vehicle Trajectory Data for Macrosimulation Decision Making and Control of Autonomous Vehicles Under the Condition of Front Vehicle Sideslip
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