(The following topics include but are not limited to)
Track 1: Intelligent Equipment
Design and System Integration of Intelligent Equipment
Sensors and Detection
Equipment Monitoring and Fault Diagnosis
Digital Twin and Virtual Simulation Technology
Autonomous Control and Decision-making
Adaptive Regulation and Optimal Control
Intelligent Upgrade Solutions
Data-driven, Edge Computing and Cloud Computing Applications
Machine Vision and Image Processing Technology
Robots, Automation Systems
Energy Consumption Optimization and Green Manufacturing
Human-Computer Interaction System Design
Flexible Manufacturing and Flexible Control Strategies
Self-operation, Scheduling and Resource Management, etc.
Track 2: Industrial Robots
Robot Sensor Technology and Signal Processing
Robot Dynamic Control
Gesture Recognition and Motion Capture Technology
Force Feedback and Tactile Sensing Technology
New Robot Materials and Structural Design
Robot Kinematics and Dynamics Algorithms
Autonomous Navigation
Robot Intelligent Perception and Environmental Perception Technology
Human-Machine Collaboration System and Technology
Dynamic Control and Motion Planning of Multi-Joint Robots
Robot Embedded Systems
Robot Vision and Pattern Recognition Technology
Soft Robotics and Bionics Technology
Track 3: System Integration Industrial robot
Intelligent equipment and automated production line integration design
Manufacturing Execution System (MES)
Integration of advanced planning and scheduling (APS) with control systems
Production line digital twin
Virtual debugging and cycle time optimization
Industrial communication protocols and system interconnection
Integrated integration of robot-PLC-vision-barcode/RFID
Flexible manufacturing units (FMC), reconfigurable production lines and modular integration
Intelligent warehousing (AS/RS), logistics transportation and AGV coordination
Edge computing, cloud platform and visualization of production line data monitoring ……