(Including but not limited to the following topics)
Track 1: Robotics Technology
Intelligent optical sensing for robot control
Robot vision and environmental perception technology
Optical navigation in robots
Motion planning and path optimization
Bionic optical perception and movement
Cooperative control of multi-robot systems
Robot and automation technology
Application of machine learning in robot control
Unmanned aerial vehicles and autonomous mobile robot systems
Robot applications in industrial automation
Integration of robotics and the Internet of Things
Artificial intelligence-driven autonomous systems
Application of virtual simulation and augmented reality in robotics
Nonlinear systems and robust control in motion control
Track 2: Structural Dynamics
Vibration, shock and noise control of complex structures
Lightweight structure design and optimization of dynamic characteristics
Dynamic modeling and simulation of flexible multi-body systems
Dynamic response and damage identification of composite material structures
Dynamic analysis of multi-field coupling of structures, heat and flow
Parameter identification and uncertainty quantification of dynamics
Structural health monitoring and predictive maintenance
Dynamic failure mechanisms under extreme loads
Track 3: Flight Control
Aircraft flight dynamics and control
Adaptive and robust control
Autonomous control of aircraft
Safety and airworthiness of aircraft power systems
Aircraft system engineering and reliability
Methods of aircraft structure design and lightweight research
Digital design and active control of aerodynamic elasticity
Nonlinear system control
State estimation and filtering
Trajectory optimization and generation
Multi-sensor data fusion
Human-machine interaction, intelligent control
Advanced materials
Unmanned aircraft
Aircraft engine design and manufacturing
Aerospace guidance and control
Aerospace propulsion systems
Advanced unmanned aircraft system design technology
Flight control algorithms ......