Flight Dynamics, Planning and Control

Chair:	Co-chair:
Xiande Wu	Dong Ye
Harbin Engineering University, China	Harbin Institute of Technology, China

Summary:
The analysis, design, deployment, and operation and maintenance of satellite and smart swarms have raised new requirements for flight dynamics, mission planning, and flight control. This involves rapid calculation of relative positions and attitudes within the aircraft cluster, optimization of task allocation, scheduling, coordination, and planning between and within swarms, high-precision control of individual cluster members, and high-performance control of the entire cluster. The dynamics, planning, and control methods for aircraft clusters hold significant research value and necessitate ongoing discussions and improvements. This special topic primarily focuses on addressing the dynamics modeling methods, mission planning methods, and cluster control methods for aircraft swarms.

Submission Deadline: 2025.6.1