(The following topics include but are not limited to)
Track 1: Aerodynamics
Application of Aerodynamics
Computational Fluid Dynamics
Design and construction of space structures and materials
Design and construction of space systems, simulation and testing
Earth observation projects and plans, monitoring of natural disasters mitigation
UVA and MAV
Radar detection and imaging technology
Synthetic Aperture Radar Technology
Simulation and digital circuits
Microelectronic manufacturing engineering signal processing
Circuits and systems
Track 2: Unmanned Aerial Vehicle Systems
Biomimetic UAV modeling and control design
Autonomous intelligent control of low-altitude flight systems
Deep learning and reinforcement learning for unmanned aerial vehicle autonomy
Biologically-inspired environmental perception of unmanned aerial vehicles
Autonomous planning and navigation of biomimetic aircraft
Multimodal sensor fusion for unmanned aerial vehicle perception and feedback
Biomimetic unmanned aerial vehicle perception and motion system modeling
Brain-inspired learning and adaptive unmanned vehicle control
Space unmanned systems
Ground unmanned systems
Underwater unmanned systems
Cooperative control of manned and unmanned systems
Artificial intelligence and unmanned system technology
Unmanned system dynamics
Unmanned driving technology
Unmanned system network and communication
Unmanned system automation
Track 3: Navigation Control
Precise navigation technology
Integration and optimization of multi-modal navigation systems
Innovation and challenges of satellite navigation systems
Autonomous navigation and path planning
Development and application of map guidance and navigation algorithms
Sensor fusion-based navigation systems
Navigation technology in intelligent transportation systems
Ocean navigation and exploration technology
Terrain-assisted navigation technology
Navigation strategies in air traffic control
Unmanned aircraft navigation technology and innovative applications
Navigation technology in extreme environments
Navigation functions in assisted driving systems
Autonomous navigation control systems
Real-time control and optimization
Application of control theory in navigation
Nonlinear control methods
Robust control and fault-tolerant navigation
Distributed control systems
Intelligent control algorithms
Model predictive control
Adaptive control technology
Hybrid system control
Collaborative computing and control
Networked navigation control systems ……