rootbrowseIAC-21A6session 55. Post Mission Disposal and Space Debris Removal 1 - SEMPapers2. Enabling technologies validation for deorbiting devices using electrodynamic tethers3. Comparison of relative motion control algorithms for point capturing of space debris object6. Cubesat onboard algorithm for space debris motion determination by processing stereo images7. Propulsion for Direct Deorbitation – Solid Rocket Motor with Thrust Vector Control Development9. Rendezvous and proximity operations design of an active debris removal service to a large constellation fleet10. A Simulation Tool for robotic Active Debris Removal with minimum reaction space manipulator1001. Cascade architecture for onboard estimation of an unknown, uncooperative space debris.1004. Conceptual Design and Performance Analysis of Nano-tugs as a Space Debris Remediation Tool1005. Optimal control of the space tethered tug-debris system with fuel residuals during deorbit1008. A Robotic Arm-Based Deorbiter CubeSat for Space Debris Removal from LEO