(The following topics include but are not limited to)
Track 1: Embodied Intelligence
Embodied Artificial Intelligence Architecture
Multimodal Perception Human-computer interaction
Demonstration learning
Cognitive modeling
Adaptive decision-making
Knowledge representation
Interpretable artificial intelligence
Social perception-based artificial intelligence
Emotion recognition
Natural language understanding
Trust and ethics in embodied artificial intelligence
Lifelong learning
Multisensory fusion
Human-centered embodied systems
Track 2: Robot learning
Robot design and control
Mobile sensor networks
Perception systems
Micro-robots and micro-operations
Dexterous manipulation
Robot motion analysis and planning
Robot actuators and sensors
Robot mechanisms and design
Robot leg movements
Robot dynamics
Distributed robot systems
Soft grasping and manipulation
Educational robots
Mobile robot technology
Track 3: Autonomous systems
Unmanned autonomous system architectures in aerospace
Autonomous control of aircraft in complex environments
Improvement of autonomous perception and cognitive capabilities of aerospace platforms
Aerospace autonomous decision support systems
Autonomous coordination and formation control of multiple platforms
Integrated technologies for autonomous navigation and positioning
Space autonomous operation and maintenance
Task planning and execution optimization for autonomous systems
Safety and robustness assessment of autonomous systems
Autonomous obstacle avoidance technology for drones and satellites
Real-time environmental perception and response of autonomous systems
Verification and evaluation methods for aerospace autonomous systems
Human-machine collaboration mechanisms for autonomous systems
Autonomous adaptation technologies for extreme environments
Intelligent edge computing and integration with autonomous systems ...