Scopes
(The following topics include but are not limited to)
Track 1: Aviation Technology
Launch rocket technology, spacecraft technology
Tracking and communication technology
Propulsion system, rocket propulsion
New types of power, materials and structural technologies
Electronics and control systems
Spacecraft navigation
Manned spaceflight technology
Deep space exploration technology
Satellite application technology
Space science experiments
Commercial aerospace...
Track 2: Unmanned Aerial Vehicle System
Design and optimization of unmanned aerial vehicle power system
Unmanned aerial vehicle power management technology
New battery technologies and energy storage solutions for unmanned aerial vehicles
Application of wireless charging technology in unmanned aerial vehicles
Autonomous navigation and intelligent control systems for unmanned aerial vehicles
Optimization of multi-无人机 cooperative control technology
Optimization of unmanned aerial vehicle signal processing algorithms
Unmanned aerial vehicle image recognition based on deep learning
Application of edge computing in real-time data processing of unmanned aerial vehicles
Unmanned aerial vehicle remote sensing data processing and analysis
Remote sensing technology for environmental monitoring using unmanned aerial vehicles
High-precision GIS application using unmanned aerial vehicles
Artificial intelligence and unmanned system technology
Unmanned system dynamics
Unmanned driving technology
Unmanned system networking and communication
Unmanned system automation
Track 3: Control Engineering
Intelligent control, intelligent systems
Distributed control system, fuzzy control and fuzzy systems
Drive motor and control technology
Battery power management and maintenance technology for unmanned aerial vehicles
Automatic control principles and techniques
Systems and control, process control
Industrial control technology
Computer science and engineering, electronic engineering
Sensor networks, mobile internet
Wireless networks and systems
Computer control systems
Adaptive and optimal control
Distributed control ......
Track 1: Aviation Technology
Launch rocket technology, spacecraft technology
Tracking and communication technology
Propulsion system, rocket propulsion
New types of power, materials and structural technologies
Electronics and control systems
Spacecraft navigation
Manned spaceflight technology
Deep space exploration technology
Satellite application technology
Space science experiments
Commercial aerospace...
Track 2: Unmanned Aerial Vehicle System
Design and optimization of unmanned aerial vehicle power system
Unmanned aerial vehicle power management technology
New battery technologies and energy storage solutions for unmanned aerial vehicles
Application of wireless charging technology in unmanned aerial vehicles
Autonomous navigation and intelligent control systems for unmanned aerial vehicles
Optimization of multi-无人机 cooperative control technology
Optimization of unmanned aerial vehicle signal processing algorithms
Unmanned aerial vehicle image recognition based on deep learning
Application of edge computing in real-time data processing of unmanned aerial vehicles
Unmanned aerial vehicle remote sensing data processing and analysis
Remote sensing technology for environmental monitoring using unmanned aerial vehicles
High-precision GIS application using unmanned aerial vehicles
Artificial intelligence and unmanned system technology
Unmanned system dynamics
Unmanned driving technology
Unmanned system networking and communication
Unmanned system automation
Track 3: Control Engineering
Intelligent control, intelligent systems
Distributed control system, fuzzy control and fuzzy systems
Drive motor and control technology
Battery power management and maintenance technology for unmanned aerial vehicles
Automatic control principles and techniques
Systems and control, process control
Industrial control technology
Computer science and engineering, electronic engineering
Sensor networks, mobile internet
Wireless networks and systems
Computer control systems
Adaptive and optimal control
Distributed control ......
Important Dates/重要日期
- Submission Deadline: 2026.6.16
- Registration Deadline: 2026.6.23
- Conference Date: 2026.7.1
- Notification Date: About a week after the submission
Submission Portal/投稿方式
Mail Address: coartn_aeps@163.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
蒋老师
+86-15680824672(微信同号)
3761629232
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+86---(微信同号)
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