Special Session Ⅹ

Dynamic and Control of Spacecraft

Chair:	Co-chairs:

Yi Ji	Keying Yang	Huan Zhang
Harbin Institute of Technology, China	Beijing Institute of Technology, China	Beijing Institute of Technology, China

Keywords:

Topics:

Electrodynamic Rope
Rocket Recovery Rope
In-orbit Assembly
Large Aperture Antenna
Space Robot

1. Spacecraft Dynamics Modeling and Simulation

High Precision Orbit Perturbation Modeling
Flexible Multi-body System Dynamics and Coupled Vibration Suppression
Dynamics of Complex Systems such as Space Robots and Liquid-filled Spacecraft

2. Advanced Attitude and Orbit Control Technology

High Precision Attitude Stability
New Actuator
Robust Control Under Strong Disturbance Environment

3. Coordinated Control of Cluster Spacecraft

Satellite Formation Flight and Distributed Control
Large-scale Constellation Autonomous Collision Avoidance and Task
Reconstruction
Swarm Intelligence Algorithm

4. Dynamics and Control Challenges in Emerging Tasks

The Development and Control of Super Large Space Structure
Dynamic Modeling of Non-cooperative Target Acquisition
Control of New Propulsion Systems such as Nuclear Propulsion/Solar Sails

Summary:

With the complexity of space missions (such as deep space exploration, constellation networking, in-orbit service), spacecraft dynamics modeling and high-precision control technology are facing unprecedented challenges. The session focused on core topics such as dynamic modeling, advanced control methods, autonomous navigation and intelligent decision-making, aiming to promote exchanges between academia and engineering, and promote the innovative development of dynamic and control for spacecraft in China.

Submission Deadline: 2025.6.1

Special Session Ⅹ

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