Scopes
(Including but not limited to the following topics)
Topic 1: Robotics
Robot kinematics and dynamics
Path planning and trajectory optimization
Multi-robot systems and cooperative control
Force/position hybrid control and impedance control
Bionic robots and soft robots
Human-machine interaction and collaborative robots
Robot visual servo control
SLAM and autonomous navigation
Mechanical arms and grasping operations
Gait control for legged robots
Unmanned aircraft and aircraft control
Underwater and special-purpose robots
Robot operating system (ROS)
Robot autonomous decision-making and planning
Robot perception and multi-sensor fusion
Topic 2: Artificial Intelligence
Machine learning and deep learning
Natural Language Processing
Computer Vision and Pattern Recognition
Knowledge Representation and Reasoning
Reinforcement Learning and Sequential Decision Making
Generative Models (GAN, Diffusion Models)
Graph Neural Networks and Graph Learning
Transfer Learning and Domain Adaptation
Interpretable Artificial Intelligence and Causal Inference
Adversarial Learning and Model Robustness
Federated Learning and Privacy Protection
Large Language Models and Fine-Tuning Techniques
Multi-Agent Systems
Neural Symbolic Computation
Embodied Intelligence and Autonomous Agents
Theme Three: Intelligent Systems
Intelligent Sensing and Information Fusion
Intelligent Decision-making and Planning Systems
Autonomous Unmanned Systems (Drones/Vehicles/Ships)
Multi-Agent Cooperative Control
Intelligent Fault Diagnosis and Predictive Maintenance
Expert Systems and Knowledge Engineering
Cognitive Computing and Bionic Systems
Swarm Intelligence and Group Behavior Modeling
Intelligent Sensor Networks
Human-Machine Collaboration and Brain-Computer Interfaces
Intelligent Control Systems and Adaptive Control
Intelligent Information Retrieval and Recommendation Systems
Distributed Intelligent Systems
Intelligent Robot System Integration
Digital Twinning and System Simulation
Topic 1: Robotics
Robot kinematics and dynamics
Path planning and trajectory optimization
Multi-robot systems and cooperative control
Force/position hybrid control and impedance control
Bionic robots and soft robots
Human-machine interaction and collaborative robots
Robot visual servo control
SLAM and autonomous navigation
Mechanical arms and grasping operations
Gait control for legged robots
Unmanned aircraft and aircraft control
Underwater and special-purpose robots
Robot operating system (ROS)
Robot autonomous decision-making and planning
Robot perception and multi-sensor fusion
Topic 2: Artificial Intelligence
Machine learning and deep learning
Natural Language Processing
Computer Vision and Pattern Recognition
Knowledge Representation and Reasoning
Reinforcement Learning and Sequential Decision Making
Generative Models (GAN, Diffusion Models)
Graph Neural Networks and Graph Learning
Transfer Learning and Domain Adaptation
Interpretable Artificial Intelligence and Causal Inference
Adversarial Learning and Model Robustness
Federated Learning and Privacy Protection
Large Language Models and Fine-Tuning Techniques
Multi-Agent Systems
Neural Symbolic Computation
Embodied Intelligence and Autonomous Agents
Theme Three: Intelligent Systems
Intelligent Sensing and Information Fusion
Intelligent Decision-making and Planning Systems
Autonomous Unmanned Systems (Drones/Vehicles/Ships)
Multi-Agent Cooperative Control
Intelligent Fault Diagnosis and Predictive Maintenance
Expert Systems and Knowledge Engineering
Cognitive Computing and Bionic Systems
Swarm Intelligence and Group Behavior Modeling
Intelligent Sensor Networks
Human-Machine Collaboration and Brain-Computer Interfaces
Intelligent Control Systems and Adaptive Control
Intelligent Information Retrieval and Recommendation Systems
Distributed Intelligent Systems
Intelligent Robot System Integration
Digital Twinning and System Simulation
Important Dates/重要日期
- Submission Deadline: 2026.10.10
- Registration Deadline: 2026.10.17
- Conference Date: 2026.10.28
- Notification Date: About a week after the submission
Submission Portal/投稿方式
Mail Address: conf_manage@163.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
肖老师
+86-17172888836(微信同号)
3770887106
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