The presentations from the workshop are available for download from this page in pdf format.
Day 1 - Tuesday 19th Jan
Keynote presentation: Richard Crowther - Near Earth Objects: currently unavailable
Massimiliano Vasile - Uncertainty quantification in astrodynamics: download
Javier Martin, Simone Centouri - Operations at Phobos in the context of a sample return mission: download
Clemens Rumpf, Hugh G. Lewis, Peter M. Atkinson - Modelling population vulnerability to asteroid impacts: download
Keynote presentation: Steven Chesley - NASA's Near-Earth Object Observations Program: currently unavailable
Georgios Tsirvoulis, Bojan Novakovic, Clara Maurel, Stefano Maro, Vladimir Djosovic - Secular resonances with massive asteroids: download
Stefano Marò, Giovanni F. Gronchi, Giulio Baù - Low degree equations for the linkage: download
Massimo Vetrisano, Nicolas Thiry, Chiara Tardioli, Massimiliano Vasile, Juan L. Cano - Mission analysis of an asteroid deflection using a laser system: download
Michele Stramacchia, Camilla Colombo, Giogio Mingotti, Franco Bernelli-Zazzera, Colin McInnes - Late detection of Chelyabinsk-like asteroids from distant retrograde orbits: download
Day 2 - Wednesday 20th Jan
Keynote Presentation: Detlef Koschny - Dealing with the asteroid impact threat in Europe - ESA's SSA-NEO programme status: download
Ioannis Gkolias, Giuseppe Pucacco, Alessandra Celletti - Secondary resonances in the spin-orbit problem: download
Bin Wang, Hisashi Tsuruta, Akihiro Sasoh - Effect of incident angle on laser ablation impulse generation under multipulse laser irradiation: download
Tiago Matos, Jennifer Kingston - Active debris removal: First steps for a space infrastructure: download
Chiara Palla, Jenny Kingston, Stephen Hobbs, Jack Longley - Drag augmentation systems on micro satellites for space debris mitigation: download
Marko Jankovic, Prof. Frank Kirchner - Taxonomy scheme for space debris objects and robotic ADR solutions: download
Stefania Tonetti, Stefania Cornara, Martina Faenza, Onno Verbene, Tobias Langener - Feasibility study of active debris removal using hybrid propulsion solutions: download
K. Kumar, F. Topputo, N. Ortiz, M. Jankovic, J. Romero - Robust, non-linear feedback control applied to spacecraft rendezvous for an active debris removal mission to remove Ariane rocket bodies: download
Darren S. McKnight - Debris remediation examined via an operational success framework: download
Day 3 - Thursday 21st Jan
Keynote Presentation: Emanuele Monchieri - Space debris and asteroid deflection related activities at Airbus Defence and Space: download
Hugh Lewis - Revisiting the Kessler Syndrome: download
Liqiang Hou, Hong Ma, Jin Liu - Robust optimization of space mission design with specified evidence levels: download
Davide Amato, Claudio Bombardelli - Efficient special perturbation techniques for orbital lifetime predictions: download
Keynote Presentation: Brian Weeden - Policy aspects of space debris and space sustainability: download
J.Beck, P.van Hauwaert, S.E.Hobbs, D.J.Evans, K.Wormnes - Tether dynamics in towed active debris removal: download
Aaron J. Rosengren, Jerome Daquin - A chaotic approach to passive debris removal: The dynamical clearing of resonant orbits: download
Fabien Gachet, Alessandra Celletti, Gisueppe Pucacco, Christos Efthymiopoulos - Forced equilibrium for high area-to-mass ratio objects in GEO: download
Public lecture: Darren McKnight - Orbital debris and breaking cognitive biases: download
Day 4 - Friday 22nd Jan
Keynote Presentation: Jason Forshaw - An overview of debris removal research activities at Surrey: Surrey Space Centre (SSC) and Surrey Satellite Technology Limited (SSTL): download
Natalia Ortiz Gómez, Scott J.I. Walker - Pose estimation and control for the eddy brake detumbling method: download
Piyush M. Mehta, Gonzalo Arnao, Davide Bonnetti, Edmondo Minisci, and Massimiliano Vasile - Computer graphics for space debris: download
Helene Ma, Giovanni Federico Gronchi - Using radar observations to compute preliminary orbits of space debris perturbed by J2 effect: download
Giulio Bau - New regular orbital elements for orbit computation: download
