(The following topics include but are not limited to)
Track 1: Unmanned Systems
Space unmanned systems, air unmanned systems, ground unmanned systems
Unmanned driving systems
Surface unmanned systems, underwater unmanned systems, special unmanned systems
Cross-domain collaborative unmanned systems
Autonomous robot systems
Intelligent unmanned cluster systems
Autonomous control algorithms for unmanned systems
Stability and control technology for unmanned aircraft
Cooperative control of robots and unmanned systems
Path planning and navigation methods for unmanned systems
Multi-agent system control for unmanned aircraft
Decision-making algorithms in autonomous unmanned systems
Navigation and control strategies for unmanned underwater vehicles
Real-time control and feedback loops for unmanned systems
Adaptive flight control system for unmanned aircraft
Application of artificial intelligence in unmanned control systems
Track 2: Autonomous Navigation
Brain-inspired computing and bionic autonomous systems
Human-machine integrated decision-making architecture
Safety verification and ethical norms for autonomous systems
Improvement of autonomous perception and cognitive capabilities
Autonomous decision support systems
Autonomous collaborative and formation control across multiple platforms
Integrated navigation and positioning technologies for autonomous navigation
Space autonomous operation and maintenance
High-precision navigation technology
Satellite navigation systems
Aerospace radio navigation
Precision approach and landing technology
Air navigation systems
Integration of onboard navigation systems
Navigation technology based on image recognition
Track 3: Intelligent Control
Design and stability analysis of nonlinear control systems
Adaptive control, robust control, and fault-tolerant control
Networked control systems and compensation techniques for delay and packet loss
Intelligent control driven by machine learning and reinforcement learning
Cooperative control and distributed control of multi-agent systems
Control technology for unmanned systems and autonomous flight control
Integration of intelligent robot control and navigation
Optimization technologies for industrial automation and process control
Attitude control and orbit control technology for spacecraft
Safety and reliability assurance for control systems
Application of reinforcement learning and deep learning in control
Simulation, verification, and application cases of intelligent control algorithms ...