Our Eduardo Maria Polli is participating in the Stardust-R Global Virtual Workshop II, presenting a new method for assessing the collision probability for an injecting or de-orbiting satellite that has to pass through a satellite constellation.
How to design a satellite constellation in a multi-criteria way through property assessment? Check out our latest work on Acta Astronautica by Simeng Huang, Camilla Colombo, and Franco Bernelli-Zazzera. The article is freely available in Open Access.
The COMPASS group participated to the 8th European Conference on Space Debris organised by ESA/ESOC on 20-23 April 2021. The conference, held every four years, represents the largest gathering of researchers and professional working on space debris related activities and topics. The COMPASS group contributed with 4 oral presentations and 3 posters.
Simeng Huang, on February 16, successfully defended her Ph.D. thesis “Multi-Phase Mission Analysis and Design for Satellite Constellations with Low-Thrust Propulsion”. Congratulations!
In-person meetings have become a rare luxury due to the COVID-19 pandemic. That is why the International Astronautical Federation has made the 71st International Astronautical Congress – The CyberSpace Edition their first fully online congress. On 12-14 October more than 10,000 attendees joined all over the world to share the latest space developments. The COMPASS team contributed with 5 papers and videolectures.
How to transfer a plurality of satellites using low-thrust propulsion without self-induced collisions? Check out our work on Aerospace Science and Technology by Simeng Huang, Camilla Colombo, and Franco Bernelli-Zazzera. The article is freely available in Open Access
From 17 to 19 July, our Gabriella Gaias and Simeng Huang attended the 10th International Workshop on Satellite Constellations and Formation Flying, hosted at the University of Strathclyde, Glasgow, UK. Gabriella presented a new tool for spaceborne navigation systems based only on angular observations, and Simeng proposed an efficient strategy for the de-orbiting of large constellations.