(Including but not limited to the following topics)
Topic 1: Space Dynamics
Orbital perturbation and maneuver
Cohesion and relative motion
Deep space gravitational assistance and low-energy transfer
Formation flight and constellation maintenance
Attitude dynamics and control
Re-entry and hypersonic trajectory
Space debris environment modeling
Lagrangian points and halo orbits
Solar sails and electric propulsion orbits
Landing descent dynamics
Attitude-Orbit Coupling Dynamics
Multi-body gravitational field orbits
Atmospheric flight mechanics
Space station attitude control
Orbit optimization and design
Topic 2: Intelligent Computing
Genetic algorithms and evolutionary computing
Particle swarm and swarm intelligence
Neural networks and deep learning
Fuzzy logic and rough sets
Support vector machines and kernel methods
Reinforcement learning and adaptive control
Multi-objective optimization
High-dimensional data dimensionality reduction
Proxy models and response surfaces
Bayesian inference and Gaussian processes
Graph neural networks
Distributed intelligent computing
Meta-heuristic algorithms
Uncertain optimization
Intelligent optimization engineering applications
Topic 3: Automation Control
Linear system theory
Nonlinear control (sliding mode, backstepping)
Robust control and H∞ Model Predictive Control
Optimal Control and Variational Method
Intelligent Control (Fuzzy, Neural) Multi-agent collaboration
Event-driven and network control
Fault diagnosis and fault tolerance
System identification and parameter estimation
Fractional-order control
Stochastic control and Markov decision
Motion planning and trajectory tracking
Force/position hybrid control
Industrial automation and servo systems