Call For Papers

The topics of interest for submission include, but are not limited to:

◕ Avionics and airborne systems 

· Design of aerial remote sensing and imaging system 

· Airborne multi-source navigation system and enhanced positioning technology 

· Airborne situation awareness and real-time target recognition tracking system 

· High performance airborne sensor design and information fusion technology 

· Avionics system hardware integration and interface standardization 

· Embedded flight control computer and aviation bus network 

· Hardware system design of airborne radar and electronic countermeasure 

· Airborne fault diagnosis and health management system 

· Aviation electronic equipment airworthiness certification and verification technology


◕ Aerospacecraft System and Manufacturing

· Overall Design and Intelligent Control of Aerospace Aircraft

· Development of new propulsion system

· Electric propulsion and hybrid aviation propulsion technology

· Aerospace Smart Materials

· Aircraft structural dynamics

· Vibration control and fatigue life prediction

· Design and optimization of aircraft landing gear system

· Aviation Fuel System and Fire and Explosion Protection Engineering Technology

· Automatic generation and assembly process optimization of composite materials

· Aerospace manufacturing digitization and flexible intelligent equipment

· Aerospace equipment test simulation and digital twin modeling

· Material damage mechanism and non-destructive testing and performance optimization

· Whole aircraft ground test and flight test verification technology

· Multi-physics coupling and reliability analysis of aerospace system

· Aircraft airworthiness certification and continuous airworthiness management

· Research and development of key equipment for manned space and deep space exploration

· Fault prediction and health management of aerospace equipment


◕ Unmanned system and aviation application engineering

· Design of air-ground cooperative unmanned aircraft system

· UAV autonomous flight control and navigation system

· Large and medium-sized cargo UAV system design and airworthiness

· Logistics UAV cargo delivery and mooring technology

· Design of urban air traffic aircraft

· Design of aviation emergency rescue equipment and task system

· Optimization of UAV power and energy management system


◕ Satellite communication and navigation technology 

· Satellite navigation system architecture and enhancement technology 

· Satellite communication link design and optimization 

· Space-air-ground integrated communication and navigation system 

· Navigation signal processing and anti-jamming technology 

· Mobile Satellite Communications and Broadband Access 

· Laser satellite communication technology and its application 

· Constellation design and orbit control 

· Satellite positioning and navigation security technology 

· Satellite communication network protocols and standards 

· Satellite navigation aided flight control technology


◕ low-orbit large-scale constellation control technology

-Low-orbit constellation orbit maintenance and collision avoidance technology  

-Satellite constellation task scheduling and resource management  

-Autonomous operation and fault diagnosis of constellation based on AI  

-Real-time remote control and remote operation control architecture  

-Constellation operation security and anomaly detection  

-Constellation life cycle management and continuous airworthiness technology  

Constellation data link management and communication guarantee  

Design and Implementation of Constellation Intelligent Control System


◕ low-orbit large-scale constellation networking technology 

· Design of LEO satellite constellation network architecture 

· Large-scale constellation dynamic routing and multi-hop communication technology 

· Satellite-ground cooperative networking and cross-layer optimization method 

· Dynamic spectrum resource allocation and interference management 

· Constellation network protocol and interconnection standards 

· Distributed network management and fault-tolerant mechanism 

· Topology control and maintenance of massive node network 

· Performance evaluation and optimization of constellation networking


◕ Space science and space intelligent technology 

-The theory and technology of spatial intelligent brain

- Small Sample Learning and Adaptive Intelligence

-Spatial intelligence game and adversarial decision

- Space mission autonomous planning and decision-making

Autonomous navigation, guidance and control of spacecraft

Space robot perception, planning and operation

Spacecraft fault diagnosis and decision-making

Extraterrestrial celestial body detection, base construction and intelligent operation and maintenance

- Intelligent fusion processing and application of spatial big data

-Satellite-terrestrial collaborative sensing and cross-domain heterogeneous information fusion

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