Scopes
(Including but not limited to the following topics)
Track 1: Low-altitude Technology
Integrated and interoperable technologies for low-altitude operation systems
Human-machine collaboration and supervision control systems
Design and trusted guarantee of safety-critical systems
Distributed system architecture and edge intelligence
The theory of system resilience and fault-tolerant design
Real-time embedded systems and deterministic computing
Verification, validation and airworthiness certification of autonomous systems
Digital twins and virtual validation environment
Collaboration of systems and scheduling optimization
Risk assessment and construction of safety framework
Track 2: Aircraft Engineering
Aircraft flight dynamics and control
Adaptive and robust control
Aircraft autonomous control
Safety and airworthiness of aircraft power systems
Aircraft system engineering and reliability
Methods of aircraft structure design and lightweight research
Digitalized design and active control of aerodynamic elasticity
Nonlinear system control
State estimation and filtering
Trajectory optimization and generation
Multi-sensor data fusion
Human-machine interaction
Intelligent control, advanced materials
Unmanned aircraft
Aircraft engine design and manufacturing
Aerospace guidance and control
Aerospace propulsion systems
Advanced unmanned aircraft system design technologies
Flight control algorithms
Track 3: Navigation and Control
Navigation systems based on sensor fusion
Navigation technology in intelligent transportation systems
Ocean navigation and detection technology
Terrain-assisted navigation technology
Navigation strategies in air traffic control
Unmanned aircraft navigation technology and innovative applications
Navigation technology in extreme environments
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 ......
Track 1: Low-altitude Technology
Integrated and interoperable technologies for low-altitude operation systems
Human-machine collaboration and supervision control systems
Design and trusted guarantee of safety-critical systems
Distributed system architecture and edge intelligence
The theory of system resilience and fault-tolerant design
Real-time embedded systems and deterministic computing
Verification, validation and airworthiness certification of autonomous systems
Digital twins and virtual validation environment
Collaboration of systems and scheduling optimization
Risk assessment and construction of safety framework
Track 2: Aircraft Engineering
Aircraft flight dynamics and control
Adaptive and robust control
Aircraft autonomous control
Safety and airworthiness of aircraft power systems
Aircraft system engineering and reliability
Methods of aircraft structure design and lightweight research
Digitalized design and active control of aerodynamic elasticity
Nonlinear system control
State estimation and filtering
Trajectory optimization and generation
Multi-sensor data fusion
Human-machine interaction
Intelligent control, advanced materials
Unmanned aircraft
Aircraft engine design and manufacturing
Aerospace guidance and control
Aerospace propulsion systems
Advanced unmanned aircraft system design technologies
Flight control algorithms
Track 3: Navigation and Control
Navigation systems based on sensor fusion
Navigation technology in intelligent transportation systems
Ocean navigation and detection technology
Terrain-assisted navigation technology
Navigation strategies in air traffic control
Unmanned aircraft navigation technology and innovative applications
Navigation technology in extreme environments
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 ......
Important Dates/重要日期
- Submission Deadline: 2026.7.24
- Registration Deadline: 2026.7.31
- Conference Date: 2026.8.8
- Notification Date: About a week after the submission
Submission Portal/投稿方式
Mail Address: icomputer_info@163.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
徐老师
+86-15680829715(微信同号)
1347638002
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