The organizing committee sincerely invites researchers, practitioners, and scholars from a wide range of fields related to guidance, aerospace engineering, and mechanical control to actively submit articles and participate in exchanges. We encourage interested authors to submit previously unpublished articles, including but not limited to the following:
1. Guidance:
Real time adaptive adjustment of guidance system in dynamic environment
Application of Underwater Guidance Technology in Complex Marine Environments
Improvement in computational efficiency of efficient guidance algorithms
Global Positioning System (GPS)
Navigation, Guidance and Control
Sensor Fusion Technology
Autonomous navigation algorithm
Intelligent transportation system, inertial navigation system
Aerospace Navigation
Real time navigation technology, GNSS enhancement technology
Visual navigation, combined navigation, combined detection and tracking
Advanced Measurement and Control
multisensor information fusion
intelligence sensor
Navigation Signal System and Design
Integrated navigation and precise timing
Required Navigation Performance
Integration and Optimization of Multimodal Navigation System
Innovation and Challenges of Satellite Navigation Systems
Autonomous Navigation and Path Planning
Map Guidance and Navigation Algorithm
Development and Application of Indoor Navigation Technology
Navigation system based on sensor fusion
Navigation Technology in Intelligent Transportation Systems
Marine Navigation and Exploration Technology
Terrain assisted navigation technology
Navigation Strategy in Air Traffic Control
Drone Navigation Technology and Innovative Applications
Navigation technology in extreme environments
Navigation function in assisted driving system
Coordinate Conversion and Navigation Correction Technology
The Future Application Prospects of Quantum Navigation
Optimization of Navigation Experience in Mobile Devices
Navigation Interface Design in Human Computer Interaction
Security and Privacy Protection of Navigation Systems
2. Aerospace Engineering:
UAVS
Spacecraft Design and Launch
aerodynamics
flight control system
Aerodynamics and Airflow Physics
spacecraft thermal control
Aerospace Materials Science
Advancing Systems Physics
Satellite Dynamics and Orbital Physics
Laser and Optical Technologies in Aviation Electronics
Acoustic Physics in Aircraft Design
Space navigation and quantum sensors
Energy system in spacecraft
Electromagnetics in Satellite Communication
Atmospheric re-entry physics
propulsion system
satellite technology
composite material
Navigation and Guidance System
Airborne sensor technology
Aviation Safety and Accident Analysis
AVIONICS
Fuel and Energy Efficiency
Astrophysics and Orbital Mechanics
Structural health monitoring
Thermodynamics and Thermal Control
Aerospace regulations and policies
Robot Systems and Automation
Space Exploration and Science
Hypersonic Aircraft Technology
Air Traffic Management
Microgravity Science and Technology
The Application of Artificial Intelligence in Aviation
Space Astronomy and Telescope Technology
Inter satellite communication and networking
3. Mechanical control:
Structural strength and robustness
Reverse Engineering
Energy machinery and equipment
Engineering machinery equipment
automation engineering
Mechanical manufacturing process and equipment
mechanical engineering
NUMERICAL CONTROL
power engineering
Instruments and equipment
Intelligent manufacturing
Monitoring and testing
Mechanical and Mechanical Science
Powder metallurgy/casting/sintering/thermal engineering/welding
High speed/precision machining
Laser Processing Technology
CAD/CAM Integration Technology
Computational Mechanics
Computer aided geometric design and simulation
Flexible Manufacturing Technology and Systems
Mechanical Power Engineering

Precision Mechanics and Mechatronics Integration

quality reliability engineering
System Dynamics and Simulation
Systems Science and Systems Engineering