(Including but not limited to the following topics)
Track 1: Advanced Robots
Bionic robot structure and drive design
Soft robot theory and key technologies
Micro/cluster robot cooperative control
Robot autonomous navigation and SLAM technology
Robot multi-modal environmental perception
Application of smart materials in robots
Robotic dexterous operation and grasping technology
Specialized robots for extreme environments
Robot system integration and reliability
Robot intelligent fault diagnosis
Open-source robot platform development
Track 2: Automation Systems
Advanced process control and optimization
Intelligent automation software architecture
Application of artificial intelligence in automation systems
Machine vision and object recognition
Real-time systems and embedded automation
Remote monitoring and diagnostic systems
Security and privacy in automation systems
Adaptive control systems
Distributed control and networked systems
Adaptive learning and optimization algorithms
Industrial automation system integration
Adaptive and predictive control algorithms
Multi-agent collaborative control theory
Optimization of intelligent manufacturing systems
Fault tolerance of automation systems
Real-time control system architecture
Intelligent detection and automatic positioning
Performance evaluation of automation systems
Industrial communication protocols and security
Edge intelligent control platform
Digital transformation of automation systems
Track 3: Human-Robot Collaboration
Human-robot collaborative operation planning
Safe human-robot interaction theory
Intent recognition and shared control
Brain-computer interface and human-robot fusion
Augmented reality human-robot interaction
Mechanism of establishing human-robot trust
Collaborative robot safety standards
Optimization of human-robot ergonomics design
Human-robot collaborative learning algorithms
Group human-robot collaborative systems
Application of human-robot collaboration scenarios
Ethical norms of human-robot interaction ......