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Adaptive Saturated Neural Network Tracking Control of Spacecraft Theory and Experimentation
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Adaptive Control for Spacecraft Rendezvous Subject to Time-Varying Inertial Parameters and Actuator Faults
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Sub-optimal cooperative collision avoidance maneuvers of multiple active spacecraft via discrete-time generating functions
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A Nonsingular Dual-Primal Algorithm for Fuel-Optimal Impulsive Rendezvous
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Development of General-purpose Root-finding Module for General Mission Analysis Tool
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Spacecraft attitude control using neuro-fuzzy approximation of the optimal controllers
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Perturbative Analysis on Orbital Kinematics of Flybys and Applications to Doppler Observation
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Dynamic Optimal Output Feedback Control of Satellite Formation Reconfiguration Based on an LMI Approach
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Near-Optimal Continuous Control for Spacecraft Collision Avoidance Maneuvers via Generating Functions
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Analysis of Position and Velocity Variations for Hyperbolic Orbits and Application to the Flyby Anomaly
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Orbit Determination of Korea Regional Navigation Satellite System Using Inter-Satellite Links and Ground Observations
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Development of a hardware-in-the-loop testbed to demonstrate multiple spacecraft operations in proximity
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Hardware Simulations of Spacecraft Attitude Synchronization Using Lyapunov-Based Controllers
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Guidance and Control for Satellite in-Orbit-Self-Assembly Proximity Operations
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Analysis of Position and Velocity Variations for Hyperbolic Orbit and Applications to Doppler Observation
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Estimation of necessary laser power to deflect near-Earth asteroid using conceptual variable-laser-power ablation
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Precise Orbit Determination using the Batch Filter based on Particle Filtering with Genetic Resampling Approach
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Optimal Tracking and Formation Keeping Near a General Keplerian Orbit under Nonlinear Perturbations
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Adaptive Tracking Control of Spacecraft Relative Motion with Mass and Thruster Uncertainties
