Scopes
(Include but not limited to)
Track 1: Unmanned Aircraft System and Platform Technology
Overall design and optimization of unmanned aircraft platforms
Development of electric vertical take-off and landing aircraft (eVTOL) systems
Structural design of multi-rotor and fixed-wing unmanned aircraft
Unmanned aircraft power systems and energy management
Airborne avionics systems and embedded platforms
Flight control algorithms and intelligent flight control systems
Reliability and safety assessment of unmanned aircraft
Lightweight structures and application of advanced materials
Integration of unmanned aircraft payloads and mission adaptation
Cooperative control technology for manned/unmanned systems
Aerodynamics and flight mechanics of unmanned systems
Methods for unmanned aircraft testing and flight verification
Track 2: Autonomous Navigation and Perception Decision-making
Navigation and positioning methods in satellite-denied environments
Inertial/visual/acoustic combined navigation systems
Multi-sensor fusion and state estimation
Autonomous path planning and dynamic obstacle avoidance
Perception and mapping in complex environments
Unmanned aircraft visual target detection and tracking
Autonomous decision-making and control based on learning
Cluster collaborative navigation and task allocation
System integrity and reliability monitoring of navigation
Real-time navigation technology and precise positioning
Autonomous landing and precise recovery technology
Autonomy classification and switching in human-machine collaboration
Track 3: Airspace Integration and Operation Management
Architecture of unmanned aircraft traffic management (UTM) systems
U-Space framework and airspace integration mechanism
Fine-grained planning and dynamic scheduling of low-altitude airspace
Air traffic coordination between unmanned aircraft and manned aviation
Operational rules and safety assessment for beyond visual line of sight (BVLOS) operations
Urban air transportation (UAM) operation concept
Interoperability and standards in airspace integration
Communication, navigation and surveillance (CNS) infrastructure
Unmanned aircraft identification and airspace safety traceability
Risk assessment and collision avoidance strategies
Social acceptance and governance framework of airspace integration
Airspace resource management in low-altitude economic scenarios
......
Track 1: Unmanned Aircraft System and Platform Technology
Overall design and optimization of unmanned aircraft platforms
Development of electric vertical take-off and landing aircraft (eVTOL) systems
Structural design of multi-rotor and fixed-wing unmanned aircraft
Unmanned aircraft power systems and energy management
Airborne avionics systems and embedded platforms
Flight control algorithms and intelligent flight control systems
Reliability and safety assessment of unmanned aircraft
Lightweight structures and application of advanced materials
Integration of unmanned aircraft payloads and mission adaptation
Cooperative control technology for manned/unmanned systems
Aerodynamics and flight mechanics of unmanned systems
Methods for unmanned aircraft testing and flight verification
Track 2: Autonomous Navigation and Perception Decision-making
Navigation and positioning methods in satellite-denied environments
Inertial/visual/acoustic combined navigation systems
Multi-sensor fusion and state estimation
Autonomous path planning and dynamic obstacle avoidance
Perception and mapping in complex environments
Unmanned aircraft visual target detection and tracking
Autonomous decision-making and control based on learning
Cluster collaborative navigation and task allocation
System integrity and reliability monitoring of navigation
Real-time navigation technology and precise positioning
Autonomous landing and precise recovery technology
Autonomy classification and switching in human-machine collaboration
Track 3: Airspace Integration and Operation Management
Architecture of unmanned aircraft traffic management (UTM) systems
U-Space framework and airspace integration mechanism
Fine-grained planning and dynamic scheduling of low-altitude airspace
Air traffic coordination between unmanned aircraft and manned aviation
Operational rules and safety assessment for beyond visual line of sight (BVLOS) operations
Urban air transportation (UAM) operation concept
Interoperability and standards in airspace integration
Communication, navigation and surveillance (CNS) infrastructure
Unmanned aircraft identification and airspace safety traceability
Risk assessment and collision avoidance strategies
Social acceptance and governance framework of airspace integration
Airspace resource management in low-altitude economic scenarios
......
Important Dates/重要日期
- Submission Deadline: 2026.12.9
- Registration Deadline: 2026.12.16
- Conference Date: 2026.12.24
- Notification Date: About a week after the submission
Submission Portal/投稿方式
Mail Address: isubmit_paper@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
--
+86---(微信同号)
--
