IPB. Interactive Presentations - 21st IAA SYMPOSIUM ON SPACE DEBRIS

Papers

1. CubeSat Confusion: CubeSat ID via ground-based observations of a pulsed LED beacon

2. Resident Space Object Classification from Light Curves with Deep Learning.

3. Numerically Efficient Impulsive and Low-Thrust Collision Avoidance Manoeuvres in Cislunar L1-Near Rectilinear Halo Orbit

5. finding real-world orbital motion laws from data

6. The IOAG Working Group on Sustainability of Operations in Space (SOS WG): Findings and Recommendations in the domains of space debris, collision avoidance and end-of-life activities

9. Predicting the Probability of Satellite Collisions using Bayesian Univariate Hidden Markov Model

10. Breaking the Cycle: Novel Capture Mechanisms for Active Space Debris Removal

12. Technologies paving the way toward space debris observation network in support of space traffic management

13. Orbit determination with the help of space-based optical instrumentation images

14. ESA’s collision risk estimation and automated mitigation (CREAM) project – status, results and future evolution

16. A CubeSat-sized in-situ space debris impact sensor

17. The EUSST Collision Avoidance Service Ready to Support the new space enviroment

18. Quantifying Improvements in Debris Risk Analysis using a Constellation of Spaceborne Optical Sensors

19. UK ADR: The UK Space Agency’s Active Debris Removal mission

21. Stabilization of Tumbling Spacecraft via Continuum Arm using Vision-Language Hybrid Model

22. Engineering Model of the Solid Rocket Motor for Direct Deorbitation

23. Simultaneous multicolour observation and characterisation of satellites using neuromorphic sensors.