Special Session XIX

Special Session XIX - Cross-Domain Intelligence for Electrified Vehicles: Electric Drives, Intelligent Control, and Energy Management

Chair:	Co-Chairs:

Di Tan Shandong University of Technology, China	Kun Xu SIAT, China / University of Chinese Academy of Sciences, China	Yuewei Yu Shandong University of Technology, China

Session Information:
The rapid development of electrification, intelligent control, and artificial intelligence is transforming modern vehicles into highly integrated and interconnected cyber-physical systems. Electric propulsion systems, chassis and vehicle motion, tire–road interactions, onboard sensing, and energy systems are becoming increasingly coupled through physical interactions, information exchange, and control decisions. Such integration creates new opportunities for improving vehicle safety, efficiency, performance, and reliability, while also posing significant challenges to conventional subsystem-oriented modeling, control, and optimization approaches. This Special Session focuses on cross-domain intelligence for electrified vehicles, with particular emphasis on electric drives, intelligent control, and energy management. The session aims to explore new theories, methodologies, and enabling technologies that integrate physical modeling, intelligent sensing, data-driven learning, advanced control, and optimization across traditionally separated vehicle subsystems. Cross-domain intelligence in this context refers to the coordinated utilization of information and physical interactions among electric drive systems, vehicle operating states, tire–road conditions, component health, driving demands, and onboard energy resources.

Below is an incomplete list of potential topics to be covered in the Track
Design, Modeling, and Optimization of Automotive Traction Motors and In-Wheel Motors Integrated Design, Control, and Performance Optimization of Centralized and Distributed Electric Drive Systems Condition Monitoring, Fault Diagnosis, Health Assessment, and Reliability Management of Electric Drive Systems Vehicle Dynamics Modeling, State Estimation, and Intelligent Control Motion Control and Coordinated Torque Allocation for Centralized and Distributed Electric Vehicles Advanced Control Theory and Data-Driven/Intelligent Vehicle Control Methods Eco-Driving, Energy-Efficient Control, and Electric Drive–Battery–Vehicle Coordinated Energy Management Lifecycle-Oriented Coordinated Optimization of Safety, Performance, Degradation, and Reliability
Keywords:
Electrified Vehicles Electric Drives Automotive Electric Motors Intelligent Vehicle Control Vehicle State Estimation Energy Management Physics-Informed Intelligence Data-Driven Control Integrated Vehicle Optimization

Special Session XIX

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