All Stories

  1. Integrated Guidance, Navigation, and Control System Design for Active Debris Removal
  2. Transformer-Based Robust Feedback Guidance for Atmospheric Powered Landing
  3. Space Debris Collision Avoidance Manoeuvre Design and Analysis
  4. Gravity-Field Estimation of Asteroids
  5. Integrated Shape and Trajectory Optimisation of Hypersonic Waveriders
  6. Autonomous Navigation for Binary Asteroid Landing
  7. Booster Fly-Back Analysis of Reusable Launch Systems
  8. Development and Validation of a Nonlinear Fabric Model for Subsonic Parachute Aerodynamics
  9. Two Stage Optimization for Aerocapture Guidance
  10. Convex Optimization Guidance for Precision Landing on Titan
  11. Incremental Sliding Mode Control for Aeroelastic Launch Vehicles with Propellant Slosh
  12. Multibody Approach to the Controlled Removal of Large Space Debris with Flexible Appendages
  13. Flying Qualities and Controllability of Hypersonic Spaceplanes
  14. Low-Thrust Real-Time Guidance Algorithm for Proximity Operations about an Asteroid
  15. Stability of Guided Parachute-Payload Systems for Planetary Descent
  16. The Effect of Sloshing on the Controllability of a Conventional Aeroelastic Launch Vehicle
  17. Analysis of Uncertainties and Modeling in Short-Term Reentry Predictions
  18. Simple Adaptive Re-entry Guidance for Path-Constraint Tracking
  19. Simple Adaptive Re-entry Control with Actuator Assignment
  20. Model Verification of a Satellite with Large Flexible Appendages for Control System Design
  21. Relative Navigation in Asteroid Missions Using Dual Quaternion Filtering
  22. Adaptive Disturbance-Based High-Order Sliding-Mode Control for Hypersonic-Entry Vehicles
  23. Relative Navigation in Asteroid Missions: A Dual Quaternion Approach
  24. Simple Adaptive Control System Design Trades
  25. Re-entry Guidance for Path-Constraint Tracking
  26. Evolving Systems Approach to the Attitude Control of a Space-Debris Removal Spacecraft
  27. Node Control and Numerical Optimization of Aerogravity-Assist Trajectories
  28. Application of Taylor-Series Integration to Reentry Problems with Wind
  29. Onboard Trajectory Generation for Entry Vehicles via Adaptive Multivariate Pseudospectral Interpolation
  30. Space Debris Removal
  31. A stereo-vision hazard-detection algorithm to increase planetary lander autonomy
  32. Stability Analysis of Multibody Systems for Mars Descent and Landing
  33. Application of Taylor Series Integration to Reentry Problems
  34. Autonomous Navigation of a Balloon over Saturn's Moon Titan
  35. Tether Dynamics Analysis for Active Space Debris Removal
  36. Passive Hazard Detection for Planetary Landing
  37. onboard trajectory generator
  38. Statistical Impact Prediction of Decaying Objects
  39. Heat-Flux Tracking for Thermal-Protection System Testing
  40. Adaptive Heat-Flux Tracking for Re-entry Guidance
  41. SHEFEX-3 Optimal Feedback Entry Guidance
  42. Guidance, Navigation and Control for Landing and Repositioning on Saturn's Moon Enceladus
  43. Guidance for Autonomous Precision Landing on Atmosphereless Bodies
  44. Stereo Vision Algorithm for Hazard Detection during Planetary Landings
  45. Statistical Impact Prediction of Decaying Objects
  46. Characteristic Motion of Re-entry Vehicles
  47. Trajectory Optimization to Support the Study of Hypersonic Aerothermodynamic Phenomena
  48. Satellite Collision Avoidance Prediction Using Verified Interval Orbit Propagation
  49. Trajectory Simulation, Measurement and Estimation of a Small Sounding Rocket
  50. Complex-Systems Design Methodology for Systems-Engineering Collaborative Environment
  51. Multi-Functional Guidance, Navigation and Control Simulation Environment - Rapid Prototyping of Space Simulations
  52. Continuous Aerodynamic Modelling of Entry Shapes
  53. Passivity Analysis for Non-Linear, Non-Stationary Entry Capsules: Rotational Motion
  54. Verified Interval Orbit Propagation in Satellite Collision Avoidance
  55. Performance Aspects of Orbit Propagation Using the Unified State Model
  56. Global Launcher Trajectory Optimization for Lunar Base Settlement
  57. A Modeling Framework for the Concurrent Design of Complex Space Systems
  58. Performance Evaluation of Global Trajectory Optimization Methods for a Solar Polar Sail Mission
  59. Distributed Global Trajectory Optimization of a Moderate Lift-to-Drag Re-Entry Vehicle
  60. Optimal Terminal Area Strategies and Energy Tube Concept for a Winged Re-Entry Vehicle
  61. A System Engineering Tool for the Design of Satellite Subsystems
  62. A Feasibility Study to the Application of Interval Analysis to Re-Entry Trajectory Optimization
  63. Trajectory Optimization for a Mission to Neptune and Triton
  64. Parallel Feedforward Compensation in Simple Adaptive Control for a Winged Re-Entry Vehicle
  65. Multi-Functional Guidance, Navigation, and Control Simulation Environment
  66. Robust Re-Entry Guidance and Control System Design and Analysis
  67. Theoretical Stability Analysis of Simple Adaptive Control for a Winged Re-Entry Vehicle
  68. Evolutionary Optimization for a Solar Sailing Solar Polar Mission
  69. Entry Trajectory Simulation Using ESA Mars Climate Database Version 4.1
  70. Integrated Path Planning and Adaptive Control of a Winged Re-Entry Vehicle
  71. Stability Analysis of an Adaptive Guidance and Control System applied to a Winged Re-Entry Vehicle
  72. Robustness Analysis of an Adaptive Re-Entry Guidance System
  73. Re-Entry Vehicle Design Optimization with Integrated Trajectory Uncertainties
  74. Parametric Control-Variable Analysis in Support of Re-entry Trajectory Optimisation
  75. Simple Adaptive Bank-Reversal Control of a Winged Re-entry Vehicle
  76. Model Reference Adaptive Guidance for Re-entry Trajectory Tracking
  77. Adaptive Lateral Flight Control for a Winged Re-entry Vehicle
  78. 9 dof Parafoil/Payload Simulator Development and Validation
  79. Real-Time Implementation of a Model Reference Adaptive Control System
  80. Shape Optimization for a Small Experimental Re-entry Module
  81. Evolutionary Optimisation of a Model Reference Adaptive Control System