Scopes
(Including but not limited to the following topics)
Track 1: Space and Aeronautical Remote Sensing
Advanced ground observation and remote sensing frontier detection technologies
Intelligent processing and information extraction of satellite remote sensing data
Integrated environmental perception and situation generation in space and aeronautics
Global satellite navigation systems (GNSS) enhancement and precise services
Multi-source fusion navigation and autonomous integrity monitoring
Cooperative precise positioning and time/frequency transmission between satellites and ground
High, medium and low orbit satellite internet and satellite-ground integrated networking technologies
New technologies for high-speed laser communication and control data transmission between satellites and ground
Security and resilience design of space and aeronautical information networks
Integrated system design and application of navigation, communication and remote sensing
Application of space and aeronautical information in disaster monitoring and emergency response
Space and aeronautical information support technologies in digital twin and metaverse
Intelligent processing of space and aeronautical information driven by artificial intelligence and big data
Exploration of quantum information technology applications in space and aeronautics
Track 2: Artificial Intelligence
Intelligent perception and recognition technologies in aerospace
Intelligent decision-making and control algorithms for aircraft
Intelligent processing and analysis of aerospace data
Application of deep learning in space missions
Intelligent fault diagnosis and health management
Flight operation and scheduling optimization based on AI
Autonomous navigation and path planning of aerospace vehicles
Multi-agent collaborative task allocation
Aerospace large models and pre-training applications
AI-driven simulation and simulation of aerospace systems
Intelligent task planning and resource allocation
Innovative applications of AI in satellite remote sensing data processing
Intelligent communication and wireless signal analysis
AI-assisted human-machine fusion in aerospace tasks
Track 3: Electronic Information Technology
Aerospace electronic information systems
Aircraft electronic systems and onboard electronics
Radio communication technology
Satellite communication systems
Space and aeronautical information acquisition technologies
Information transmission and processing systems
Integration of aerospace electronic systems
Space and aeronautical information architecture
Aerospace electronic countermeasures technology ......
Track 1: Space and Aeronautical Remote Sensing
Advanced ground observation and remote sensing frontier detection technologies
Intelligent processing and information extraction of satellite remote sensing data
Integrated environmental perception and situation generation in space and aeronautics
Global satellite navigation systems (GNSS) enhancement and precise services
Multi-source fusion navigation and autonomous integrity monitoring
Cooperative precise positioning and time/frequency transmission between satellites and ground
High, medium and low orbit satellite internet and satellite-ground integrated networking technologies
New technologies for high-speed laser communication and control data transmission between satellites and ground
Security and resilience design of space and aeronautical information networks
Integrated system design and application of navigation, communication and remote sensing
Application of space and aeronautical information in disaster monitoring and emergency response
Space and aeronautical information support technologies in digital twin and metaverse
Intelligent processing of space and aeronautical information driven by artificial intelligence and big data
Exploration of quantum information technology applications in space and aeronautics
Track 2: Artificial Intelligence
Intelligent perception and recognition technologies in aerospace
Intelligent decision-making and control algorithms for aircraft
Intelligent processing and analysis of aerospace data
Application of deep learning in space missions
Intelligent fault diagnosis and health management
Flight operation and scheduling optimization based on AI
Autonomous navigation and path planning of aerospace vehicles
Multi-agent collaborative task allocation
Aerospace large models and pre-training applications
AI-driven simulation and simulation of aerospace systems
Intelligent task planning and resource allocation
Innovative applications of AI in satellite remote sensing data processing
Intelligent communication and wireless signal analysis
AI-assisted human-machine fusion in aerospace tasks
Track 3: Electronic Information Technology
Aerospace electronic information systems
Aircraft electronic systems and onboard electronics
Radio communication technology
Satellite communication systems
Space and aeronautical information acquisition technologies
Information transmission and processing systems
Integration of aerospace electronic systems
Space and aeronautical information architecture
Aerospace electronic countermeasures technology ......
Important Dates/重要日期
- Submission Deadline: 2026.7.10
- Registration Deadline: 2026.7.17
- Conference Date: 2026.7.25
- 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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