(Including but not limited to the following topics)
Track 1: Vehicle Engineering
Automobile structure and materials
Power system and transmission technology
Automobile electronics and control systems
New energy vehicle technology
Automobile manufacturing and processes
Hardware design for intelligent driving assistance
Vehicle dynamics and multi-body system simulation
New technologies for new energy powertrains
Vehicle noise, vibration and comfort
New materials for vehicles and manufacturing processes innovation
Vehicle dynamics and control
Vehicle human-machine interaction design
Vehicle engine technology
Friction, transmission and energy consumption assessment of vehicles
Track 2: Intelligent Driving
Intelligent transportation systems
Road transportation management
Transportation networks
Intelligent sensors
Sensor fusion technology
Vision and environmental perception
Target detection, tracking, classification, and recognition
Intelligent driving algorithms
Environmental modeling, human-computer interaction
Traffic control
Driving assistance systems
Vehicle Internet of Things, deep learning
Wireless sensors and networks
Intelligent sensing technologies for traffic control and management
Driving assistance systems
Application of deep learning in SDVs
Wireless sensors and networks
Track 3: Power System
Power system design and optimization
New energy power devices
Internal combustion engines and gas turbine dynamics
Thermal energy and power machinery
Sound and control technologies for power machinery systems
Fault diagnosis and health management of power systems
Kinetics of fuels and combustion processes
High-performance power system materials and applications
Intelligent and digitalization of power equipment
Fluid machinery and its dynamics
Multifield coupling dynamics
Nonlinear dynamics and chaos control
Dynamic of new energy equipment
...