(The following topics include but are not limited to)
Track 1: Mechanical Automation
Design and implementation of adaptive mechanical automation systems
Real-time control technology for intelligent mechanical equipment
Application of industrial robots in automated production lines
Advanced motion control algorithms in automation systems
Unattended maintenance automation technology for mechanical systems
Model predictive control of automated mechanical systems
Human-machine collaboration control in complex mechanical automation systems
Mechatronics
Automatic control and technology
Automated instruments and equipment
Automatic control and intelligent control
Microcontroller technology
Application of intelligent sensor technology in mechanical automation
Integration of artificial intelligence to optimize mechanical automation systems
Virtual debugging and digital twin technology for automation systems
Integration of industrial Internet of Things (IIoT) and mechanical automation systems
Integration of edge and cloud computing with mechanical automation systems
Track 2: Robots
Vision, recognition and reconstruction
Robot design, development and control
Control and monitoring systems
Remote robot technology and teleoperation
Intelligent humanoid robots
Target recognition and tracking
Sensor fusion
Industrial networks and automation
Auxiliary robots, autonomous robots, bionic robots
Biomechanics, biomedical robots
Bionic robotics
Distributed sensing
Multi-agent systems
Multimedia robot technology
Track 3: Intelligent Control
Intelligent control theory and systems
Network intelligence and network control
Intelligent control for new energy and energy conservation and environmental protection
Adaptive control systems
Model predictive control
Nonlinear system control
Distributed control systems
Artificial intelligence control methods
Sensor fusion and control
Real-time control systems
Predictive maintenance control, etc.