Modern Spacecraft Guidance, Navigation, and Control

1. Introduction

Part 1 Fundamental GNC Tools 2. Reference systems and planetary models 3. The space environment 4. Orbital dynamics 5. Attitude dynamics 6. Sensors 7. Actuators

Part 2 Spacecraft GNC 8. Guidance 9. Navigation 10. Control 11. FDIR development approaches in space systems 12. GNC verification and validation 13. On-board implementation

Part 3 AI and Modern Applications 14. Applicative GNC cases and examples 15. Modern spacecraft GNC 16. Mathematical and geometrical rules 17. Dynamical systems theory 18. Autocoding best practices

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• Astronáutica
• Tecnologia aeronaval e aeroespacial

Estimation; Navigation; Neural networks; Optimal guidance; Orbit and attitude control; Relative GNC; Artificial Intelligence; Dynamical modelling; Sensor and actuators modelling; Software implementation; Verification and validation; Small satellites; Cubesats