Scopes
(Including but not limited to the following topics)
Track 1: Advanced Robots
Bionic and Soft Robotics Design
Robot Autonomous Perception and Environmental Understanding
Robot Learning and Intelligent Control
Micro-nano Robots and Cluster Robots
Human-Machine Collaboration and Safe Interaction
Robotic Dextrous Operation and Grasping
Cross-Media and Extreme Environment Robots
Robotic Bionic Movement and Navigation
New Types of Robot Drive and Sensing
Robot System Integration and Application
Bionic and Soft Robotics Design and Control
Robot Autonomous Perception, Environmental Understanding and Scene Recognition
Robot Learning and Intelligent Control Strategies
Micro-nano Robots, Cluster Robots Collaboration and Self-Organization
Human-Machine Collaborative Safety Interaction and Force Control
Robotic Dextrous Operation, Grasping and Fine Work
Track 2: Autonomous Systems
Multi-Agent Collaboration and Cluster Intelligence
Decision-making and Planning of Autonomous Systems
Unmanned System Autonomous Navigation Technology
System Reliability and Security Assurance
Human-Machine Intelligent Integration and Enhancement
Testing and Verification of Autonomous Systems
Edge Intelligence and Autonomous Computing
Continuous Learning of Autonomous Systems
Testing, Evaluation and Validation Benchmarks of Autonomous Systems
Edge Computing, Edge-side Intelligence and Autonomous System Architecture
Ethics, Governance and Social Acceptance of Autonomous Systems
Autonomous Systems in Intelligent Transportation, Logistics and Distribution
Continuous Learning, Adaptation and Evolution of Autonomous Systems
Track 3: Human-Machine Integration
Brain-Computer Interfaces and Neuroengineering
Augmented Reality and Human-Machine Interaction
Smart Wearable and Exoskeletons
Human-Machine Intelligent Collaborative Decision-Making
Virtual Reality and Remote Operation
Human-Machine Trust and Cognitive Collaboration
Hybrid Augmented Intelligence Technology
Safe Ethics of Human-Machine Integration
Adaptive Human-Machine Interface Design
Virtual Reality, Mixed Reality and Human-Machine Interaction
Smart Wearable Devices, Exoskeletons and Physiological Enhancement
Human-Machine Intelligent Collaborative Decision-Making and Hybrid Active Control
Virtual Reality, Remote Operation and Immersive Technology
Track 1: Advanced Robots
Bionic and Soft Robotics Design
Robot Autonomous Perception and Environmental Understanding
Robot Learning and Intelligent Control
Micro-nano Robots and Cluster Robots
Human-Machine Collaboration and Safe Interaction
Robotic Dextrous Operation and Grasping
Cross-Media and Extreme Environment Robots
Robotic Bionic Movement and Navigation
New Types of Robot Drive and Sensing
Robot System Integration and Application
Bionic and Soft Robotics Design and Control
Robot Autonomous Perception, Environmental Understanding and Scene Recognition
Robot Learning and Intelligent Control Strategies
Micro-nano Robots, Cluster Robots Collaboration and Self-Organization
Human-Machine Collaborative Safety Interaction and Force Control
Robotic Dextrous Operation, Grasping and Fine Work
Track 2: Autonomous Systems
Multi-Agent Collaboration and Cluster Intelligence
Decision-making and Planning of Autonomous Systems
Unmanned System Autonomous Navigation Technology
System Reliability and Security Assurance
Human-Machine Intelligent Integration and Enhancement
Testing and Verification of Autonomous Systems
Edge Intelligence and Autonomous Computing
Continuous Learning of Autonomous Systems
Testing, Evaluation and Validation Benchmarks of Autonomous Systems
Edge Computing, Edge-side Intelligence and Autonomous System Architecture
Ethics, Governance and Social Acceptance of Autonomous Systems
Autonomous Systems in Intelligent Transportation, Logistics and Distribution
Continuous Learning, Adaptation and Evolution of Autonomous Systems
Track 3: Human-Machine Integration
Brain-Computer Interfaces and Neuroengineering
Augmented Reality and Human-Machine Interaction
Smart Wearable and Exoskeletons
Human-Machine Intelligent Collaborative Decision-Making
Virtual Reality and Remote Operation
Human-Machine Trust and Cognitive Collaboration
Hybrid Augmented Intelligence Technology
Safe Ethics of Human-Machine Integration
Adaptive Human-Machine Interface Design
Virtual Reality, Mixed Reality and Human-Machine Interaction
Smart Wearable Devices, Exoskeletons and Physiological Enhancement
Human-Machine Intelligent Collaborative Decision-Making and Hybrid Active Control
Virtual Reality, Remote Operation and Immersive Technology
Important Dates/重要日期
- Submission Deadline: 2026.6.11
- Registration Deadline: 2026.6.18
- Conference Date: 2026.6.26
- Notification Date: About a week after the submission
Submission Portal/投稿方式
Mail Address: icagdta_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
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