Scopes
(The following topics include but are not limited to)
Track 1: Low-altitude Economy
Strategies for low-altitude economic development
Construction of low-altitude industrial ecosystem
Innovations in drone business models
Urban low-altitude logistics development
Low-altitude tourism and experience economy
Market potential of low-altitude economy
Regulations and policies for low-altitude economy
Benefits of agricultural drone application
Investment and financing for low-altitude economy
Promotion of employment structure and talent cultivation by low-altitude economy
Integration of smart cities and low-altitude economy
International cooperation and industrial linkage in low-altitude economy
Economic analysis of agricultural drones and precision agriculture benefits
Social acceptance and public participation in low-altitude economy
Research on green development and sustainability in low-altitude economy
Impact of low-altitude economy on regional economic transformation and upgrading
Analysis of low-altitude economy's industrial chain and value creation
Track 2: Drone System
Progress in signal processing technology for drones
Image recognition and analysis in unmanned systems
Speech recognition and processing technology for drones
High-performance computing in unmanned driving
Edge computing in unmanned systems
Data flow processing technology in unmanned driving
Distributed computing architecture of unmanned systems
Application of blockchain technology in unmanned systems
Application of real-time decision-making systems in autonomous driving
Stability and control technology of drones
Collaborative control of robots and unmanned systems
Path planning and navigation methods for unmanned systems
Multi-agent system control of drones
Track 3: Technology Application
Drone flight control technology
Low-altitude airspace management technology
Low-altitude path planning technology
Multi-sensor fusion technology
Low-altitude flight risk assessment
Application of artificial intelligence in flight
Low-altitude operation management based on big data
Low-altitude communication network technology
Battery and energy management
Drone formation flight technology
Design and flight control technology of unmanned systems
Low-altitude airspace management and dynamic scheduling technology
Low-altitude autonomous navigation and path planning algorithms
Low-altitude perception technology and multi-sensor fusion
Flight safety and risk assessment technology
Application of artificial intelligence in low-altitude technology
Low-altitude operation management supported by big data and cloud computing ……
Track 1: Low-altitude Economy
Strategies for low-altitude economic development
Construction of low-altitude industrial ecosystem
Innovations in drone business models
Urban low-altitude logistics development
Low-altitude tourism and experience economy
Market potential of low-altitude economy
Regulations and policies for low-altitude economy
Benefits of agricultural drone application
Investment and financing for low-altitude economy
Promotion of employment structure and talent cultivation by low-altitude economy
Integration of smart cities and low-altitude economy
International cooperation and industrial linkage in low-altitude economy
Economic analysis of agricultural drones and precision agriculture benefits
Social acceptance and public participation in low-altitude economy
Research on green development and sustainability in low-altitude economy
Impact of low-altitude economy on regional economic transformation and upgrading
Analysis of low-altitude economy's industrial chain and value creation
Track 2: Drone System
Progress in signal processing technology for drones
Image recognition and analysis in unmanned systems
Speech recognition and processing technology for drones
High-performance computing in unmanned driving
Edge computing in unmanned systems
Data flow processing technology in unmanned driving
Distributed computing architecture of unmanned systems
Application of blockchain technology in unmanned systems
Application of real-time decision-making systems in autonomous driving
Stability and control technology of drones
Collaborative control of robots and unmanned systems
Path planning and navigation methods for unmanned systems
Multi-agent system control of drones
Track 3: Technology Application
Drone flight control technology
Low-altitude airspace management technology
Low-altitude path planning technology
Multi-sensor fusion technology
Low-altitude flight risk assessment
Application of artificial intelligence in flight
Low-altitude operation management based on big data
Low-altitude communication network technology
Battery and energy management
Drone formation flight technology
Design and flight control technology of unmanned systems
Low-altitude airspace management and dynamic scheduling technology
Low-altitude autonomous navigation and path planning algorithms
Low-altitude perception technology and multi-sensor fusion
Flight safety and risk assessment technology
Application of artificial intelligence in low-altitude technology
Low-altitude operation management supported by big data and cloud computing ……
Important Dates/重要日期
- Submission Deadline: 2026.7.18
- Registration Deadline: 2026.7.25
- Conference Date: 2026.8.2
- Notification Date: About a week after the submission
Submission Portal/投稿方式
Mail Address: ichair_iceds@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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