Key Technologies in Intelligent Rail Transit Equipment and Transportation Organization

(轨道交通运输智能装备及运输组织关键技术)

Summary:

· "Key technologies in intelligent rail transit equipment and transportation organization " primarily concentrates on the cutting-edge technological breakthroughs and practical applications within the rail transit sector amidst digital transformation. The conference theme revolves around core topics, including smart trains, intelligent operation and maintenance, autonomous inspection robots, and digital twins. It explores how to enhance the safety and operational efficiency of rail transportation systems through the latest information technology. Concerning intelligent operation and maintenance, this analysis will highlight AI-based technologies for railway transportation planning and dispatching, including integrated command systems. It will also cover big data-driven systems for equipment health management, predictive maintenance, and lifecycle management. In the direction of inspection robots, the focus is on showcasing track inspection equipment equipped with multimodal perception, autonomous navigation, and intelligent diagnostic capabilities, along with application cases in intricate settings like tunnels and elevated structures. Digital twin technology delves into the virtual-real interaction modeling, real-time simulation, and decision optimization techniques of rail transit systems, unveiling its innovative value in equipment status monitoring, emergency response planning, and network coordination. The conference aims to establish a platform for industry-academia-research-application exchange, fostering the deep integration of artificial intelligence, the Internet of Things, and rail transit, ultimately aiding in the industry's intelligent upgrading.

· "轨道交通运输智能装备及运输组织关键技术"主要聚焦数字化转型背景下轨道交通领域的前沿技术突破与实践应用。会议主题围绕智慧列车、智能运营维护、自主巡检机器人及数字孪生等核心议题展开，探讨如何通过新一代信息技术提升轨道交通系统的安全性与运营效率。在智能运营和维护方向，重点解析基于人工智能等铁路运输计划编制、调度指挥及相关一体化技术，和基于大数据分析的设备健康管理、故障预测性维护及全生命周期管理体系；巡检机器人方向，集中展示具备多模态感知、自主导航与智能诊断能力的轨道巡检装备，及其在隧道、高架等复杂场景中的应用案例；数字孪生技术方向深入研讨轨道交通系统的虚实交互建模、实时仿真与决策优化技术，揭示其在设备状态监控、应急推演与线网协同中的创新价值。会议旨在搭建产学研用交流平台，推动人工智能、物联网与轨道交通的深度融合，助力行业智慧化升级。

Submission Deadline: 2025.9.30