The new paper published by Lorenzo Giudici, Juan Luis Gonzalo, and Camilla Colombo presents a novel approach for the estimation of the in-orbit collision risk posed by a space debris cloud to orbiting satellites in any orbital regime and conjunction geometry.
The paper is available here
Check out the new paper by @Giacomo, @Gabriella and @Camilla where we tackled the challenges of controlling an uncooperative target rotational motion with a contactless method to aid a future capture.
The paper is available here.
The new paper published by Lorenzo Giudici and Camilla Colombo from Politecnico di Milano and André Horstmann, Francesca Letizia and Stijn Lemmens from the European Space Agency presents a novel density-based model for the long-term propagation of the space debris environment in low-Earth orbit.
The paper is available here.
The new paper published by Lorenzo Giudici, Mirko Trisolini and Camilla Colombo presents a fully probabilistic model for the long-term propagation of space debris clouds evolving under any orbital regime.
The paper is available at the following link: here.
The new paper published in IEEE TGRS by Manuel Martin-Neira and co-authored by Francesca Scala, Camilla Colombo, ESA and Airbus D&S proposes an innovative mission concept, TriHex, to achieve high spatial and radiometric resolution for passive L-band application, approaching user needs beyond SMOS and SMAP missions.
The paper is available for early access at the following link: here.
The new paper published in MDPI Aerospace by Francesco Salmaso, Mirko Trisolini, and Camilla Colombo applies Deep Learning and Recurrent Neural Network to the prediction of the re-entry time of uncontrolled space objects.
How can we guarantee the long-term sustainability of the constellation? One of the solution is represented by the development of active debris removal and servicing activities for the constellation fleet.
The new paper published in Acta Astronautica by @Giacomo Borelli, @Gabriella Gaias, @Camilla Colombo presents a design of the rendezvous and proximity operations required for an active debris removal service for large constellation.
Check it out for a 50-days free access at: here.
The new paper published in Icarus by Mirko Trisolini, Camilla Colombo and Yuichi Tsuda proposes a new statistical formulation to model ejecta generated by impacts onto asteroids surfaces.
New article on HPC and GPU computing! Alessandro Masat, Camilla Colombo, and Arnaud Boutonnet propose an augmentation scheme to optimise the computational performance of the massive orbit propagation problem.
The new paper published in Acta Astronautica by Mirko Trisolini, Camilla Colombo and Yuichi Tsuda analyses target asteroids for a novel sample collection mission concept.
The paper is freely available at this link.