◕ Track 1: Advanced algorithms and applications of navigation systems

(01) Multi-source data fusion technology for inertial navigation and satellite navigation

(02) Innovation of error compensation and filtering methods for high-precision navigation 

(03) Efficient navigation solutions in indoor and underground environments 

(04) Application of machine learning in autonomous navigation systems 

(05) Design and optimization of multi-modal navigation systems

◕ Track 2: Cutting-edge research on guidance technology

(01) Optimal trajectory planning technology for aircraft and spacecraft 

(02) Real-time adaptive adjustment of guidance systems in dynamic environments 

(03) Application of underwater guidance technology in complex Marine environments 

(04) Computational efficiency improvement of efficient guidance algorithms

◕ Track 4: Spacecraft navigation and control technology

(01) Trajectory optimization and energy-saving control strategy for deep space probes 

(02) Precision control and attitude synchronization for spacecraft formation flight 

(03) Low orbit environment compensation navigation for near-Earth spacecraft 

(04) Autonomous landing control technology for planetary landers 

(05) Navigation and data transmission optimization for autonomous exploration missions

◕ Track 3: Emerging approaches to control systems

(01) Application of nonlinear control strategies in complex aircraft 

(02) Delay and packet loss compensation methods in networked control systems 

(03) Machine learning and optimization in adaptive control systems 

(04) Design and implementation of robust and fault-tolerant control systems 

◕ Track 5: Unmanned systems and multi-agent collaboration technology

(01) Autonomous navigation strategy for unmanned systems in complex environments 

(02) Collaborative control and networking mechanism in multi-agent systems 

(03) Navigation and flow control in intelligent transportation systems 

(04) iot control and optimization in industrial automation 

(05) Communication and interaction optimization for multi-UAV collaborative work