9. Guidance, Navigation & Control (3)

Papers

1. Control Design & Sensitivity Analysis for a Deployable Entry Vehicle with Aerodynamic Control Surfaces

2. Autonomous and Adaptive Guidance for Interplanetary Trajectories

3. Model Predictive Static Programming for Bang-off-Bang Low-Thrust Neighboring Control Law Design

4. Integrated guidance and control using online reinforcement learning for launch vehicle upper stage recovery

5. SUB-OPTIMAL THRUST MODULATION ALGORITHM FOR AUTONOMOUS SOFT LUNAR LANDING

6. Polarized Skylight-Aided Autonomous Navigation Method for Mars Rovers

7. Multi-Constrained Real-Time Entry Guidance Using Deep Neural Networks

8. autonomous optical navigation using fpga-based vector code correlation algorithm for deep space missions

9. Autonomous Space-Based Shape Estimation Using Range Sensors

10. Manifold-based robust stabilization of libration-point orbit with navigational uncertainty

11. Optimal Guidance Trajectories for a Nanosatellite Docking with a Tumbling Resident Space Object using a high fidelity J2 and Quadratic Drag Perturbations Model

12. Fuel-Efficient Deep Reinforcement Learning for Planetary Landing

. Terrain Relative Navigation with Tightly Coupled Range-Visual-Inertial Odometry

. Vectored thrust maneuver algorithm for interplanetary missions with multiple constraints