Optimal Evading Strategies for Two-Pursuer/One-Evader Problems
Exact Relaxation of Nonconvex Optimal Control Problems Based on Problem Reconstruction
Linear Quadratic Optimal Cooperative Strategies for Active Aircraft Protection
Autonomous Trajectory Planning for Rendezvous and Proximity Operations by Conic Optimization
Generic Smoothing for Optimal Bang-Off-Bang Spacecraft Maneuvers
Explicit Approximation for -Perturbed Low-Thrust Transfers Between Circular Orbits
Necessary Conditions for “Hit-to-Kill” in Missile Interception Engagements
Optimal Continuous-Thrust Rephasing Maneuver in Circular Orbit
Low-Thrust to Solar-Sail Trajectories: A Homotopic Approach
Spacecraft Custody Maintenance and Maneuver Detection Using Robotic Telescopes and Reachable Sets
Maximum Observation of a Target by a Slower Observer in Three Dimensions
Indirect Optimization of Power-Limited Asteroid Rendezvous Trajectories
Automated Design of Optimal Finite Thrust Orbit Insertion with Ballistic Flyby Constraints
Minimum-Effort Impact-Time Control Guidance Using Quadratic Kinematics Approximation
Connections Between Proportional Navigation and Terminal Velocity Maximization Guidance
Trajectory Design Employing Convex Optimization for Landing on Irregularly Shaped Asteroids
Optimal Trajectories and Robot Control for Detumbling a Non-Cooperative Satellite
Multi-Objective Optimization of Covariance and Energy for Asteroid Transfers
Optimal Solar Sail Phasing Trajectories for Circular Orbit
Deterministic and Robust Optimization of Hybrid Rocket Engines for Small Satellite Launchers
Near Time-Minimal Earth to Transfers for Low-Thrust Spacecraft
Off-Target Look Angle Control Guidance Law for Moving Targets
Optimal Trajectories for Hyperbolic Rendezvous with Earth–Mars Cycling Spacecraft
Elliptical Orbit Proximity Operations Differential Games
Stochastic Primer Vector for Robust Low-Thrust Trajectory Design Under Uncertainty
Orthogonal Approximation of Invariant Manifolds in the Circular Restricted Three-Body Problem
Time-Open Orbital Transfer in a Transformed Hamiltonian Setting
Exploration of Alternative State Vector Choices for Low-Thrust Trajectory Optimization
Design of Experiment Approach to Atmospheric Skip Entry Maneuver Optimization
Reduced Transversality Conditions in Optimal Space Trajectories
Sensitivity Methods Applied to Orbital Pursuit Evasion
Initial Costates for Low-Thrust Minimum-Time Station Change of Geostationary Satellites
Finding Best Solution in Low-Thrust Trajectory Optimization by Two-Phase Homotopy
Orbital Inspection Game Formulation and Epsilon-Nash Equilibrium Solution
Rapid Generation of Time-Optimal Trajectories for Asteroid Landing via Convex Optimization
Physics-Informed Neural Networks for Optimal Planar Orbit Transfers
Comparison of Learning Spacecraft Path-Planning Solutions from Imitation in Three-Body Dynamics
Identifying and Estimating Mismodeled Dynamics via Optimal Control Policies and Distance Metrics
Analytic Impulsive Maneuver Sequences for Nominal Safety Ellipse Reconfigurations
Optimal Finite-Thrust Rendezvous Trajectories Found via Particle Swarm Algorithm
Fast Homotopy Method for Asteroid Landing Trajectory Optimization Using Approximate Initial Costates
Optimal Planar Powered Descent with Independent Thrust and Torque
Modified Multiresolution Technique for Mesh Refinement in Numerical Optimal Control
Velocity Pointing Error Reduction for Spinning, Thrusting Spacecraft via Heuristic Thrust Profiles
Three-Degree-of-Freedom Hypersonic Reentry Trajectory Optimization Using an Advanced Indirect Method
Optimal Terminal Area Flow Control Using Eulerian Traffic Flow Model
Design and Optimization of Interplanetary Aerogravity-Assist Tours
Vertical Trajectory Optimization to Minimize Environmental Impact in the Presence of Wind