Next-Generation Mobility System Planning and Operation
下一代出行系统规划及运营
Chair: | Co-chairs: | |||
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| Zhiyong Liu | Yang Yang | Wei Luo | Zhaoxuan Liu | Xingtang Wu |
Beijing Jiaotong University, China | Beijing Jiaotong University, China | Beijing University of Civil Engineering and Architecture, China | Beijing Jiaotong University, China | North China Electric Power University, China |
Keywords: | Topics: |
· Sustainability-Oriented (可持续导向) · Technology-Enabled (技术赋能) · Mode Integration (方式融合) · Resource Coordination (资源协调) · Supply-Demand Coupling (供需耦合) | · Integrated Planning of Transportation, Energy, and Information Networks (交通、能源、信息多网融合规划) · Mobility Application Scenarios for Next-Generation Transport Vehicles (新型载运工具的出行应用场景) · Design and Operation of Innovative Mobility Modes (新型出行模式设计与运营) · Safety and Resilience in Next-Generation Mobility Systems (下一代出行系统的安全与韧性) · Green and Low-Carbon Development of Future Mobility Systems (下一代出行系统的绿色与低碳发展) · Smart and Digital Technologies for Future Mobility (未来出行中的智能化与信息化技术) · Policies and Regulations Governing Future Mobility (未来出行的政策与法规) |
Summary:
· As urbanization accelerates, intelligent technologies evolve, and expectations for high-quality mobility grow, mobility systems worldwide are undergoing a profound paradigm shift. This session delves into the forefront of planning and operation for next-generation mobility system, examining critical aspects ranging from integrated system planning and infrastructure development to next-gen vehicle technologies and service modes. Key discussion points will address: the convergence of transportation, energy and information networks; real-world applications of emerging transport solutions like intelligent connected vehicles and eVTOL aircraft; transformative service paradigms such as shared mobility, shared parking, and Mobility as a Service (MaaS) ecosystems; crucial considerations around system resilience, sustainability, and enabling technologies including AI and digital twins; as well as the policy frameworks needed to balance diverse stakeholder interests across the mobility value chain. By fostering multidisciplinary dialogue on these interconnected themes, this session aims to identify practical solutions for creating smarter, greener and more efficient mobility ecosystems that can meet the evolving needs of modern societies.
· 随着城市化进程加速、智能化技术演进、品质化出行要求日益显著，交通出行系统正面临全方位的变革。本专题将围绕综合规划、基础设施、载运工具、运输服务、高质量发展等维度，探讨下一代出行系统规划运营的前沿议题。具体议题包括但不限于：交通、能源与信息等基础设施的多网融合规划；智能网联汽车、电动垂直起降飞行器（eVTOL）等新型载运工具的出行场景应用；下一代出行系统可能包含的共享出行、共享停车、出行即服务（MaaS）等创新模式；下一代出行系统安全韧性的提升、绿色低碳的转型，以及人工智能、数字孪生等使能技术的突破性应用；面向供给端、需求端等多主体的政策探究。通过各类议题的研讨，为构建高效、可持续的未来出行生态提供解决方案。
Submission Deadline: 2025/10/15