
Artificial intelligence is driving the transportation system toward a safer, more efficient, greener, more inclusive, and more sustainable direction. Facing the common needs of global mobility services, logistics and transportation, infrastructure operation and maintenance, and traffic safety, the deep integration of artificial intelligence and transportation technology provides new methods and tools for enhancing system resilience, operational efficiency, and public travel experience. As transportation systems gradually evolve toward intelligent, unmanned, and autonomous directions, autonomous transportation—centered on autonomous perception, intelligent decision-making, cooperative control, and safety assurance—is becoming an important direction in the development of smart transportation systems. Relevant research and applications will continue to drive innovations in the form, operation mode, and service capability of transportation systems, better serving sustainable development and human well-being. The 2026 International Conference on Artificial Intelligence and Autonomous Transportation (AIAT 2026) will be held in Wuhan from December 4–6, 2026. AIAT 2026 aims to provide an open and professional international exchange platform for researchers, engineers, and industry experts in the fields of transportation, artificial intelligence, and automation, focusing on frontier trends, key technical needs, and application practices in the field, to promote interdisciplinary scientific research cooperation and industrial innovation development.
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Guided by: |
China Intelligent Transportation Systems Association |
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Hosted by: |
Wuhan University of Technology |
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North China University of Technology |
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Supported by:
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Beijing Jiaotong University
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Hubei University of Arts and Science |
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Rail Intelligent Transportation System Professional Committee, ITS China |
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Intelligent Transportation Professional Committee, Chinese Association for Artificial Intelligence (CAAI) |
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Autonomous Transportation Control and Safety Professional Committee, Chinese Institute of Command and Control (CICC) |
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Beijing Key Laboratory of Air-Ground Collaborative Autonomous Transportation Intelligent Control |
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Beijing Engineering Technology Research Center of Urban Traffic Information Intelligent Perception and Service |
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National Intelligent Transportation Control Industry-Education Integration Community |
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Rail Transit Electrical Equipment Technology Professional Committee, China Electrotechnical Society (CES) |
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Co-organizer:
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National Key Laboratory of Waterway Traffic Control
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National Key Laboratory of Vehicle-Road Integrated Intelligent Transportation |
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National Key Laboratory of Advanced Rail Transit Autonomous Operation |
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Hubei Provincial Key Laboratory of Vehicle-Road Collaboration and Traffic Control |
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Beijing Artificial Intelligence Society |
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Comprehensive Intelligent Transportation Professional Committee, Chinese Association of Automation (CAA) |
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Intelligent Unmanned Equipment Industry Innovation Center (Academician Mao Ming Workstation) |
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National Key Laboratory of Heavy-Haul and High-Power Electric Locomotives |
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National High-Speed Train Innovation Center (Qingdao) |
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Key Laboratory of Multi-Source Power Systems for Transport Equipment, Ministry of Education (Beijing Jiaotong University) |
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Engineering Research Center of Traffic Information and Safety, Ministry of Education |
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Key Laboratory of Comprehensive Transportation Theory, Ministry of Transport |
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University of Salford, UK |
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University of Birmingham, UK |
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Academic Resource Support:
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Autonomous Transportation Research
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Smart and Resilient Transportation |
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Green Energy and Intelligent Transportation |
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Communications in Transportation Research |
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Journal of Intelligent & Robotic Systems |
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Journal of Beijing Jiaotong University |
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Traffic Information and Safety |
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High-speed Railway |
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Springer-Verlag, Germany |
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Yan Xinping
Academician of Chinese Academy of Engineering, President of China Institute of Navigation (CIN), Director of Academic Committee of Wuhan University of Technology Wu Ping Vice President of China Intelligent Transportation Systems Association (ITS China), Director of China Institute of Energy and Transportation Integrated Development |
Wang Yunpeng
Academician of Chinese Academy of Engineering, President of Beihang University Li Keqiang Academician of Chinese Academy of Engineering, Professor of Tsinghua University, Chief Scientist of National Intelligent Connected Vehicle Innovation Center |
Wang Changjun
President of China Road Traffic Safety Association |
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Limin Jia
Beijing Jiaotong University
Vice President of China Intelligent Transportation Systems Association (ITS China), Vice President of China Electrotechnical Society (CES)
Executive Director of China Institute of Energy and Transportation Integrated Development
Wu Chaochong
Secretary of the Party Committee, Hubei University of Arts and Science |
Liu Jun Former Secretary of the Party Committee, North China University of Technology Zhang Di Member of the Standing Committee of the Party Committee and Vice President, Wuhan University of Technology |
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Sha Aimin Former President of Chang'an University, Vice President of China Highway and Transportation Society Guan Jizhen Vice President of China Intelligent Transportation Systems Association (ITS China), Chairman of National Intelligent Transportation Industry Technology Innovation Strategy Alliance Zhang Baochun Executive Vice President of China Institute of Navigation (CIN) Li Bin Director of Road Network Monitoring and Emergency Response Center, Ministry of Transport |
Wang Li
Vice President, North China University of Technology Lv Jinhu Vice President of Beihang University, Chairman of National Alliance of Science and Technology Innovation Leading Talents Vice President of Chinese Institute of Command and Control (CICC), IEEE Fellow Li Xiaoli President of Beijing Artificial Intelligence Society Qu Xiaobo Professor of Tsinghua University, Academician of European Academy of Sciences |
Zhang Mengmeng
Vice President, Beijing Union University
Zhang Hui Director of Intelligent Transportation Systems Research Center, Wuhan University of Technology
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Qin Yong Beijing Jiaotong University, Deputy Director of National Key Laboratory of Advanced Rail Transit Autonomous Operation Wang Lin Director of ITS Center, Research Institute of Highway, Ministry of Transport Ji Honghai North China University of Technology, General Secretary of Autonomous Transportation Control and Safety Professional Committee, Chinese Institute of Command and Control (CICC) |
Geng Xiongfei Deputy Director of Academic Committee, China Waterborne Transport Research Institute, Ministry of Transport Wu Bing Deputy Director of Intelligent Transportation Systems Research Center, Wuhan University of Technology |
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The specific scope of this conference includes but is not limited to the following topics:
Area 1: Autonomous Transportation Systems
· Autonomous systems
· Autonomous perception and cognition mechanisms
· Autonomous transportation architecture
· Autonomous transportation interoperability mechanisms
· Autonomous transportation and cyber-physical systems
· Digital twin models for autonomous transportation systems
· Computational models for autonomous transportation systems
· Safety assurance technologies for autonomous transportation systems
Area 2: Artificial Intelligence and Transportation Applications
· Computer vision and image processing
· Natural language processing and speech recognition
· Data mining and analysis
· Pattern recognition and machine learning
· Fuzzy systems and neural networks
· Evolutionary computation and genetic algorithms
· Software and hardware architectures
· AI tools and applications
Area 3: Autonomous Transportation Management and Control Technologies
· Transportation system modeling and simulation
· Transportation data mining and analysis
· Transportation decision support systems
· Traffic flow monitoring and analysis
· Traffic signal control and management
· Traffic navigation and optimization
· Transportation network planning
· Traffic information services and systems
· Intelligent transportation safety systems and surveillance
· Air, highway, and railway traffic management
· Port, waterway, inland shipping, and vessel traffic management
· Transportation infrastructure
Area 4: Autonomous Transportation Vehicle Technologies
· Multi-source sensor integration and fusion for vehicles
· Vehicle data collection and processing technologies
· Vehicle environment perception and pattern recognition
· Vehicle motion control and intelligent navigation
· Vehicle active and passive safety control
· Geographic information systems and high-definition maps
· Autonomous driving vehicles
· Unmanned vehicles
· End-to-end autonomous driving
· Advanced driver assistance systems
· Urban transportation and multimodal transport
· Vehicle control and mechatronics
Area 5: Transportation Information and Safety
· In-vehicle communication systems and technologies
· Internet of Vehicles information and heterogeneous network convergence technologies
· Internet of Vehicles computing resource scheduling and optimization technologies
· Privacy and trust in Internet of Vehicles
· Internet of Vehicles information security protection technologies
· Cooperative driving behavior in vehicle-road collaboration
· Intelligent vehicle operation safety
· Intelligent ship operation safety
Area 6: Emerging Technologies and Future Mobility
· Smart transportation and future mobility
· Accessible transportation for persons with disabilities
· Smart grid and V2G
· Energy and battery management
· Intelligent logistics
· Intelligent parking technologies
· Ride-hailing services
· Urban transportation and eco-driving
· Quantum computing and blockchain applications in intelligent vehicles
Area 7: Intelligent Waterway Technologies
· Multimodal waterborne target perception and cognition
· Safety domains for autonomous navigation vessels
· Autonomous navigation decision-making for vessels
· Vessel formation navigation and control
· Optimization and coordination of road-port-waterway transportation
· Cyber twin of maritime environment
· Autonomous navigation capability evaluation and testing
· Digital maritime navigation assurance
· Autonomous port equipment and systems
Area 8: Cross-Domain Autonomous Transportation Technologies
· Low-altitude UAV and urban traffic cooperative control
· Path planning and cooperative control in complex underground unknown spaces
· Information perception and fusion in complex cross-domain scenarios
· Intelligent decision-making under multi-domain coupling constraints
· Cooperative control of heterogeneous dynamic characteristics
· Cross-domain cooperative control of intelligent unmanned cluster systems
· Embodied intelligence positioning and autonomous navigation
· Embodied autonomous exploration of intelligent robots
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Paper Submission Deadline:
Notification of Acceptance Deadline: Final Paper Submission and Registration Deadline: Conference Dates: |
June 30, 2026
September 30, 2026
October 30, 2026
December 4–6, 2026
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