(The following topics include but are not limited to)
Track 1: Robotics Technology
Bionic and Soft Robotics Design and Control
Robot Autonomous Navigation and SLAM Technology
Robot Multimodal Perception and Scene Understanding
Robot Intelligent Grasping and Dextrous Manipulation
Micro/Cluster Robot Collaborative Systems
Robot Learning and Adaptive Strategies
Special Environment Robots (Deep Sea, Space, etc.)
Robot Human Interaction and Collaboration
Robot System Integration and Reliability
Robot Ethics and Standardization
Open Source Robot Platform Development
Robot-Automation-Mechanical System Collaboration
Artificial Intelligence Enabled Robot Control
Track 2: Automation
Intelligent System Integration for Manufacturing
Intelligent Monitoring and Optimization of Industrial Processes
Predictive Maintenance and Equipment Health Management
Adaptive and Robust Control Theory
Multi-Agent Cooperative Control
Intelligent Inspection and Quality Control
Dynamic Reconfiguration of Automated Lines
Real-time Control System Design
Industrial Communication and Internet of Things Integration
Automation System Security Certification
Artificial Intelligence Driven Automation
Digital Transformation of Automation Systems
Track 3: Mechanical and Electrical Systems
Design Methods for Mechatronics Systems
Precise Drive and Transmission Technologies
Integration of Sensors and Actuators
Dynamic Modeling of Mechanical and Electrical Systems
System Reliability Design and Evaluation
Digital Twin of Mechanical and Electrical Systems
Lightweighting and Application of New Materials
Fault Diagnosis and Health Management
Energy Optimization and Green Mechanical and Electrical Systems
Embedded Mechanical and Electrical Control Systems
Micro-Nano Mechatronics System Technology
Major Equipment Mechanical and Electrical Integration Cases ......