IP. Interactive Presentations - 22nd IAA SYMPOSIUM ON SPACE DEBRIS

Papers

1. 3DOF Air Bearing Platform As A Testbed For A Gecko Gripper Active Debris Removal Mechanism

2. An electrostatic interaction calculating method for a space non-cooperative target based on point clouds

6. Data-driven trajectory prediction and path planning method for spacecraft formation to encircle space debris

7. Designing deorbit strategy using braking sail with multiple electrodynamic tether attached

9. Effects of using power supply in deorbiting with Electrodynamic Tethers

10. efficient close-range navigation around a known uncooperative resident space object

11. Event reconstruction of Long March 3B rocket stage re-entry observed by All-Sky Meteor Orbit System

12. Initial Pose Acquisition Phase for Active Debris Removal Missions

13. Innovative approach for real-time TLE improvement based on the optical passive measurements

14. Multidisciplinary design guidelines for a 12U CubeSat deployable Aeroshell for atmospheric reentry missions

15. Novel Methodology for the Design Optimization of Drag Sails

18. Supporting proximity operations by direct measurements of relative Servicer-Client state using resolved imagery

19. Targets sequence optimisation for low thrust multiple active debris removal missions with dynamic programming

20. The use of space-to-space Non-Earth Imagery (NEI) to underpin and de-risk space-debris operations

22. A fault detection, isolation, and recovery system for a deorbit device based on a short electrodynamic tether

23. Optical measurements identification approach for its assignment to resident space objects

24. Space weather effect of recently launched rotating space debris via photometric observations

25. A modular 1U detector for In-Situ Monitoring of the sub-millimetric Space Debris Environment

26. Solutions for LEO satellite resilience and last resort disposal

28. Evaluation of the introduction of a neural network into the objects detection process on astronomical images

29. Error Analysis of Bulk-density Measurements for DebriSat Fragments

30. ASI-SDLR: a Space Debris Laser Ranging station with advanced adaptive optics

31. Time-synchronization and accuracy impact on the optical observation of apparent brightness of the different Starlink satellite generations and versions

32. Sparse Identification and Prediction of Continuous Thrust Manoeuvres

33. SR-SAT: Multifunctional CubeSat Design for Space Debris Surveillance

34. Identifying Operational Patterns in LEO Satellite Orbits through Time Series Clustering

35. A virtual conjunctions generator for testing spacecraft collision detection strategies

37. proximal policy optimization algorithm for space collision avoidance applications

38. Non-Gaussian orbital uncertainty propagation using generalized equatorial orbit elements and directed state transition tensor

40. Challenges and Proposals for Economically Sustainable Active Debris Removal in Space

41. On the “Space debris and long-term sustainability” ASI-INAF agreement

44. Novel Multi-purpose Soft Gripper with Tunable Stiffness for Space Grasping

45. PROP-SAFE: Empowering Space Mission Propagation with Personalized Solutions

48. High-Precision Orbit Propagator Tool for Satellite In-Orbit Collision Verification After Release

49. Supporting the Italian Space Surveillance and Tracking research activities

50. reentry prediction of space objects with artificial intelligence techniques

52. Spatial non-cooperative target detection and tracking based on neuromorphic sensors

53. Artificial Intelligence-based Physics Informed Algorithm for Orbit Determination from Very Short Arcs

54. Leveraging Event-Based Cameras for Enhanced Space Situational Awareness: A Nanosatellite Mission Architecture Study

55. multifidelity-based monte carlo for uncertainty quantification in space object re-entry simulation

56. Automatic identification of space objects in all-sky photos from a synoptic survey synthetic telescope array

57. Dynamic Orbital Risk Assessment in a Changing Space Debris Environment

59. Persistent Signatures for Space Object Fingerprinting

60. Commercial Operators’ Pragmatic, Incremental Approach to Space Safety and Sustainability

61. MezzoCielo: a novel type of wide Field of View telescope to detect and monitor space debris

62. Catalogue-based Screening for In-orbit Proximity and Threat Detection

63. Planar Retroreflectors for Non-cooperative Object Tracking via Satellite Laser Ranging

64. Satellite and RSO detection, tracking and orbit-determination by commercial Star Trackers in real-sky performance demonstrations and analytical capacity assessment for in-orbit SSA applications

65. A Novel Machine-Learning Approach for Detection and Avoidance of Space Debris Collisions

66. Legal Framework of On-Orbit Robotic Arm for Active Debris Capture and Removal

67. Incorporating orbital debris risk analysis into cislunar orbital procedures and post-mission disposal

70. From Space-Junk to Intellectual Treasure: Protecting IP Rights in Active Debris Removal

71. Orbita evolution of a Molniya fragmentation

73. Using Frozen Orbits and Well-Defined Control Boxes for Constellation Separation

74. Simulating Active Debris Removal Missions

75. Short-term reconstruction of fragmentation events in Low Earth Orbit using uncertainty propagation

76. Numerical implementation of empirical distribution models for spacecraft fragmentation

77. Quadrant Analysis Method for Determining Optimum Thrust Direction in Collision Avoidance Maneuvers for LEO Satellites

78. Design of a Hardware-in-the-Loop testbed for the Attitude Control Subsystem of the ELSA-M spacecraft

80. Long-Term Collision Risk Assessment of Spacecraft Based on Three-Dimensional Space Grid

82. High-Fidelity Low-Earth Orbit Collision Avoidance Trajectories using bang-bang optimal control laws

84. Research on the interpolation of Earth atmosphere density

85. The Evolution of BeiDou-G2 Dominated by YORP Effect

86. Debris tracking from star tracker observations

88. evolution of reliability for the micro satellites in leo

89. Deep Neural Network-based Robust Collision Avoidance Control of Space Manipulator for Active Debris Removal

90. design of a transformable soft-body structure for protecting spacecrafts from impacting of high-velocity space debris

91. Machine Learning to Improve Two-Line Element Analysis Utilizing Analytic Continuation Propagated Fragments

92. Strategies for Diversifying the Acquisition of Orbital Information on Space Objects: Radar System Planning, Optical System Performance Analysis, and Development of Passive RF Systems.

93. An Analysis of Student Focus and Attention Span in the Characterization of DebriSat Fragments

95. A New Compliance Verification Baseline And A First Look Into ESA's Upcoming MASTER Future Population

97. Development of Korea Orbital Debris Evolutionary and Engineering Model

98. Exploring functional connections theory and linearized approaches in collision avoidance maneuver design: a comparative study

99. Fair Shared Collision Avoidance Manoeuvre for Active vs Active Conjunctions

100. structural analysis of the inflatable deployable booms in a deorbiting system for cubesats in leo

102. Plan and execute a collision avoidance strategy for Galileo GSAT0219

103. Optimal active debris removal sequence identification through combined debris index analysis and long-term projection of the orbital environment

104. Optical observations of cislunar RSO using image stacking

105. Navigating the Legal Frontier: Canada's Approach to Space Sustainability

106. Hitting a moving target – ADRAS-J launch targeting to rendezvous with a derelict resident space object

107. From space traffic management to space carrying capacity assessment and allocation: a potential solution

108. Score-based Orbital Uncertainty Propagation via Fokker-Planck Equation using Interacting Particle Method