VP. Virtual Presentations - 18th IAA SYMPOSIUM ON SPACE DEBRIS

Papers

1. A Unified Framework for High Precision and Speed Identification and Tracking of Space Debris

3. On the multi-color lightcurves of GEO satellites

6. The Italian BIRALET radar system to perform range and range rate measurements in the EUSST European Space Surveillance and Tracking program.

8. Orbital flips due to solar radiation pressure for orbital debris in near-circular inclined orbits

9. End-of-life for satellite swarms

10. Recognition, Modeling of Evolution and Operational Accounting of Structures of “Spatial Weaving” Formed by Dangerous Segments of Trajectories in Polyconflict Zones

11. Exploration of an innovative ranging method for bi-static radar, applied in LEO Space Debris surveying and tracking

12. High repetition rate of 1 kHz space debris laser ranging in near infrared wavelength of 1064nm

13. Toward automated collision avoidance: Predicting the risk of satellite collisions using machine learning-powered techniques

14. preliminary mission analysis of active debris removal service for large constellations

15. Parameter choices for stable debris-tether-tug systems

16. A path planning method of multi-micro satellites for proximity manuver to space non-cooperative targets

17. Study of Light Robot Arm for Space Debris Capture with Buffer Function

19. An efficient strategy for defunct satellites detumbling using electromagnetic field formed by multi-satellites caging