Proceedings of the 44th Annual American Astronautical Society Guidance, Navigation, and Control Conference, 2022

Part 1: STUDENT INNOVATIONS IN GUIDANCE, NAVIGATION AND CONTROL.- Chapter 1: Autonomous Guidance for Robust Achievement of Science Observations Around Small Bodies.- Chapter 2: Root Locus Analysis of the FROA and FROA/TDOA Geolocation Problem.- Chapter 3: Low-Thrust Earth-Moon Transfers Via Manifolds of a Halo Orbit in the Cis-Lunar Space (AAS 20-014).- Chapter 5: A Composite Framework for Joint Optimization of Trajectory and Propulsion System Design (AAS 20-015).- Chapter 6: The Design of a Space-Based Observation and Tracking System for Interstellar Objects (AAS 20-016).- Chapter 7: Investigation of Prandtl-Ishlinskii Hysteresis Compensation for Deep Space Optical Communications Pointing Control (AAS 20-017).- Chapter 8: Multifunctional Structures for Spacecraft Attitude Control (AAS 20-018).- Part 2: SMALL SAT GUIDANCE, NAVIGATION AND CONTROL.- Chapter 9: Passive Roll Stabilization of the Near Earth Asteroid Scout Solar Sail Mission (AAS 20-021).- Chapter 10: Advancing Asteroid Spacecraft GNC Technology Using Student Built CubeSat Centrifuge Laboratories (AAS 20-023).- Chapter 11: Decentralized Spacecraft Swarms for Inspection of Large Space Structures (AAS 20-024).- Chapter 12: Mobility, Power and Thermal Control of SphereX for Planetary Exploration (AAS 20-025).- Chapter 13: GNC of Shape Morphing Microbots for Planetary Exploration (AAS 20-026 ).- Chapter 14: A Multiplicative Extended Kalman Filter for Low Earth Orbit Attitude Estimation Aboard a 0.5U SmallSat (AAS 20-027).- Chapter 15: Design and Performance of an Open-Source Star Tracker Algorithm on Commercial Off-The-Shelf Cameras and Computers (AAS 20-028).- Part 3: ADVANCES IN HARDWARE .- Chapter 16: RVS (R)3000-3D Lidar - Gateway Rendezvous and Lunar Landing (AAS 20-031).- Chapter 17: The Magnetically Clean Reaction Wheel: Is Active Magnetic Field Compensation a Feasible Solution? (AAS 20-032 ).- Chapter 18: GPS Navigation from Geo-Transfer to Geosynchronous Orbit: A New Receiver for Efficient Electric Orbit Raising (AAS 20-033).- Chapter 19: ASTRO XP - First Test Results (AAS 20-034 ).- Chapter 20: Preliminary Test Results from ARIETIS, a High to Medium Performance, Hi-Rel, Space Qualified Gyro (AAS 20-035).- Chapter 21: A Low-Cost Radiation-Hardened ASIC for Coriolis Vibratory Gyroscope Control (AAS 20-036).- Chapter 22: Auriga Star Tracker Flight Heritage on Inaugural Airbus OneWeb Satellites Constellation (AAS 20-037).- Part 4: HUMAN SPACEFLIGHT/ DEEP SPACE GATEWAY.- Chapter 23: Analysis of Cislunar Autonomous Navigation with StarNAV and OPNAV (AAS 20-041).- Chapter 24: Evaluating Relative Navigation Filter Designs and Architectures for Human Spaceflight (AAS 20-042).- Chapter 25: Path-Adaptive Guidance Algorithm Trades for a Two-Stage Lunar Descent Vehicle AAS 20-043).- Chapter 26: Powered Descent Guidance for a Crewed Lunar Landing Mission (AAS 20-044).- Chapter 27: GN&C Sequencing for Orion Rendezvous, Proximity Operations, and Docking (AAS 20-045).- Chapter 28: Attitude Control and Perturbation Analysis of a Crewed Spacecraft with a Lunar Lander in Near Rectilinear Halo Orbit (AAS 20-046).- Chapter 29: Phase Control and Eclipse Avoidance in Near Rectilinear Halo Orbits (AAS 20-047).- Chapter 30: A Practical Method for Truncating Spherical Harmonic Gravity Fields (AAS 20-048).- Chapter 31: Application at the Moon.

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• Astronáutica
• Astronomia, espaço e tempo
• Tecnologia aeronaval e aeroespacial

44th Annual American Astronautical Society Conference;44th Annual AAS Proceedings;American Astronautical Society Conference;Guidance, Navigation, and Control Systems;Attitude Dynamics and Control Systems;Spacecraft Guidance and Control;Machine Learning and Autonomous Control;Trajectory, Mission and Maneuver Design and Optimization;Spacecraft GN&C Components;Advances in Propulsion