(The following topics include but are not limited to)
Track 1: Engineering Technology for Construction Machinery and Vehicles
Innovative Design and Structural Optimization of Construction Machinery and Vehicles
Intelligent and Unmanned Operation Technologies for Construction Machinery
Innovative Vehicle Power Systems and Electricization Development
Vehicle Dynamics and Control Theory
Lightweight Design and Advanced Manufacturing Processes for Vehicles
Reliability Evaluation and Life Prediction of Vehicle Structures
Vibration and Noise Control for Construction Machinery and Vehicles
Intelligent Chassis Integration and Line Control Technology
Efficient Utilization of Vehicle Energy and Recycling and Remanufacturing Technology
Mechanical Design and Innovation for Special Vehicles
Mechanical and Electrical Systems for Construction Machinery and Optimization Algorithms
Intelligent Predictive Control of Vehicle Transmissions and Clutches
Testing and Inspection Methods and Equipment for Construction Machinery and Vehicles
Track 2: Vehicle Control and Intelligent Systems
Intelligent Vehicle Control and Unmanned Driving Technology
Embedded Systems and Vehicle Robotics Technology
Intelligent Fault Detection, Diagnosis and Recognition
Network Intelligence and Network Control Systems
Hybrid Intelligent Systems and Intelligent System Design
Control Strategies and Algorithms Based on Microprocessors
Vehicle Human-Machine Interaction Design and Digital Twin Technology
Vehicle Cooperative Sensing Technology and Intelligent Transportation Systems
Vehicle Perception Systems and Sensor Fusion
Vehicle Decision-Making, Planning and Motion Control
Application of Model Predictive Control (MPC) in Vehicles
Safety and Robustness Evaluation of Autonomous Driving Systems
Track 3: Autonomous Driving and Autonomous Systems
Autonomous Driving Environment Perception and Scene Understanding
Autonomous Navigation, Positioning and Path Planning
Target Detection, Tracking and Recognition Technologies
Autonomous Driving Decision Support and Task Planning
Multi-platform Autonomous Collaboration and Formation Control
Architecture and Automation of Unmanned Systems (Ground, Air, Underwater)
Real-time Environmental Perception and Response of Autonomous Systems
High-Precision Maps and Positioning Integration Technology
Verification, Evaluation and Human-Machine Collaboration of Autonomous Systems
Edge Computing and Intelligent Connected Vehicle Technology
Autonomous Adaptation and Safety Control in Extreme Environments
Computer Vision and Image Processing in Autonomous Driving ......