(Include but not limited to)
Track 1: Low-altitude Technology
Low-altitude operation system integration and interoperability technology
Human-machine collaboration and supervision control system
Safety-critical system design and trust guarantee
Distributed system architecture and edge intelligence
System resilience and fault-tolerant design theory
Real-time embedded system and deterministic computing
Autonomous system verification, confirmation and airworthiness certification
Digital twin and virtual validation environment
System collaboration and scheduling optimization
Risk assessment and safety framework construction
Track 2: Autonomous Driving
Multimodal environment perception fusion technology
End-to-end autonomous driving architecture and data-driven decision algorithms
Driving behavior prediction, trajectory planning and motion control algorithms
Vehicle-road-cloud integrated collaborative perception and decision system
Autonomous driving simulation testing, scene generation and generalization technology
Autonomous driving functional safety, expected functional safety and information network security
Human-machine interaction, shared control and driving right allocation mechanism
Autonomous driving hardware platform integration optimization
Track 3: Intelligent Systems
Autonomous guidance, navigation and control
Multi-agent collaboration and cooperative control
Robust and adaptive control in uncertain environments
Intelligent decision-making and task planning theory
Shared control and human-machine autonomous collaboration
Model predictive control and optimization methods
Fault detection, diagnosis and reconfiguration
Learning-based control and adaptive systems
Nonlinear and hybrid dynamic systems
Control system verification and confirmation ......