(Include but not limited to)
Track 1: Robotics Technology
Visual Navigation System
Visual Perception Fusion
Robot Visual Positioning
Visual-driven Grasping
Multimodal Perception Fusion
Visual Obstacle Avoidance
Visual Guided Movement
Robot Visual Reconstruction
Visual Target Recognition
Visual SLAM Algorithm
Robot Visual Calibration
Visual-Assisted Path Planning
Visual-driven Operation
Visual Semantic Segmentation Intelligent visual perception
Track 2: Autonomous Systems
Unmanned systems (drones/cars/ships) autonomous navigation
Multi-agent collaborative control and game theory
Brain-inspired computing and bionic autonomous systems
Human-machine integrated decision-making architecture
Security verification and ethical norms of autonomous systems
Improvement of autonomous perception and cognitive abilities
Autonomous decision support system
Autonomous collaborative and formation control on multiple platforms
Integrated technology for autonomous navigation and positioning
Space autonomous operation and maintenance
Track 3: Intelligent Control
Robot collaborative control
Advanced control algorithm design
Industry 4.0 and intelligent manufacturing
Energy system intelligent control
Autonomous driving and intelligent traffic control
Networked control system
Biological and medical control
Smart building and home control
Agriculture and environmental control
Quantum control algorithm
Multi-physical field collaborative control
Intelligent sensors
Intelligent communication and collaborative control
Intelligent control system
Intelligent control algorithm
Distributed control system
Adaptive and robust control
Autonomous systems and robots
Adaptive flight control
Perception and cognitive communication ......