Scopes
(Include but not limited to)
Track 1: Industrial Robots
Design and integration of industrial robot systems
Robot motion control, path planning and trajectory optimization
Collaborative robots (Cobots) and multi-robot collaborative operations
Mobile robots, AGV/AMR and autonomous navigation
Robot perception, sensor fusion and visual guidance
Robot grasping, operation and precise assembly technology
Robot learning and adaptive control algorithms
Human-machine interaction (HMI) and human-machine collaboration safety
Robot digital twins and simulation platforms
Service robots, special robots (medical, rescue, etc.)
Bionic robots, soft robot systems
Robot operating systems (ROS) and middleware
Robot cluster scheduling and collaborative control
Unmanned aircraft and aerial robot applications
Track 2: Automated Equipment
Intelligent sensors, industrial Internet of Things and automated data collection
Optimization of automated production lines, flexible manufacturing systems and integration technologies
Industrial process control, advanced control theories and dynamic optimization
Automated detection and quality control technologies
Digital twin-driven automated system modeling and simulation
Intelligent warehousing, logistics automation and unmanned delivery systems
Embedded systems and real-time communication protocols of automated equipment
Automated safety protection, fault-tolerant control and reliability engineering
Cyber-physical systems and edge computing in industrial automation
Mechatronic system design, actuators and drive technologies
Full life cycle management and operation decision-making of automated systems
Application of intelligent agents based on large models in automated systems
Track 3: Intelligent Manufacturing
Smart factory architecture, digital twins and virtual manufacturing
Industrial big data analysis and data-driven decision optimization
Application of machine learning and deep learning in manufacturing process optimization
Additive manufacturing (3D printing) and advanced forming technologies
Computer vision-driven intelligent quality inspection and defect detection
Industrial Internet platform, cloud manufacturing and manufacturing serviceization
Production scheduling, supply chain optimization and intelligent planning management
Interpretive artificial intelligence in manufacturing quality control and fault traceability
Natural language processing and knowledge management in manufacturing processes
Cyber-physical systems security and privacy protection for intelligent manufacturing
Green manufacturing, sustainable manufacturing and resource recycling
Intelligent manufacturing applications for emerging industries ......
Track 1: Industrial Robots
Design and integration of industrial robot systems
Robot motion control, path planning and trajectory optimization
Collaborative robots (Cobots) and multi-robot collaborative operations
Mobile robots, AGV/AMR and autonomous navigation
Robot perception, sensor fusion and visual guidance
Robot grasping, operation and precise assembly technology
Robot learning and adaptive control algorithms
Human-machine interaction (HMI) and human-machine collaboration safety
Robot digital twins and simulation platforms
Service robots, special robots (medical, rescue, etc.)
Bionic robots, soft robot systems
Robot operating systems (ROS) and middleware
Robot cluster scheduling and collaborative control
Unmanned aircraft and aerial robot applications
Track 2: Automated Equipment
Intelligent sensors, industrial Internet of Things and automated data collection
Optimization of automated production lines, flexible manufacturing systems and integration technologies
Industrial process control, advanced control theories and dynamic optimization
Automated detection and quality control technologies
Digital twin-driven automated system modeling and simulation
Intelligent warehousing, logistics automation and unmanned delivery systems
Embedded systems and real-time communication protocols of automated equipment
Automated safety protection, fault-tolerant control and reliability engineering
Cyber-physical systems and edge computing in industrial automation
Mechatronic system design, actuators and drive technologies
Full life cycle management and operation decision-making of automated systems
Application of intelligent agents based on large models in automated systems
Track 3: Intelligent Manufacturing
Smart factory architecture, digital twins and virtual manufacturing
Industrial big data analysis and data-driven decision optimization
Application of machine learning and deep learning in manufacturing process optimization
Additive manufacturing (3D printing) and advanced forming technologies
Computer vision-driven intelligent quality inspection and defect detection
Industrial Internet platform, cloud manufacturing and manufacturing serviceization
Production scheduling, supply chain optimization and intelligent planning management
Interpretive artificial intelligence in manufacturing quality control and fault traceability
Natural language processing and knowledge management in manufacturing processes
Cyber-physical systems security and privacy protection for intelligent manufacturing
Green manufacturing, sustainable manufacturing and resource recycling
Intelligent manufacturing applications for emerging industries ......
Important Dates/重要日期
- Submission Deadline: 2026.9.9
- Registration Deadline: 2026.9.16
- Conference Date: 2026.9.24
- Notification Date: About a week after the submission
Submission Portal/投稿方式
Mail Address: icmbga_conf@163.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
徐老师
+86-15680829715(微信同号)
1347638002
--
+86---(微信同号)
--
