Robin Biesbroek

发表

Definition of an Automated Vehicle with Autonomous Fail-Safe Reaction Behavior to Capture and Deorbit Envisat.

Pedro Serra, Jürgen Telaar, Roberto Lampariello, 2017 .

Capturing and deorbiting Envisat with an Airbus Spacetug. Results from the ESA e.Deorbit consolidation phase study

Tomasz Rybus, Jürgen Telaar, Nuno Santos, 2020, Journal of Space Safety Engineering.

Robotic Capture and De-Orbit of a Heavy, Uncooperative and Tumbling Target in Low Earth Orbit

Mikel Sagardia, Roberto Lampariello, Matthias Wieser, 2015 .

DATO (Descent & Ascent Trajectory Optimisation): From the Launch Pad to Orbit and Back

Robin Biesbroek, Davide Starnone, 2006 .

e.Deorbit Mission: OHB Debris Removal Concepts

Michèle Lavagna, Robin Biesbroek, Steffen Jaekel, 2015 .

Design and Operational Elements of the Robotic Subsystem for the e.deorbit Debris Removal Mission

Marco De Stefano, Roberto Lampariello, Wolfgang Rackl, 2018, Front. Robot. AI.

The e.Deorbit CDF Study: A Design Study for the Safe Removal of a Large Space Debris

Tiago Soares, Robin Biesbroek, Luisa Innocenti, 2013 .

e.Deorbit – ESA’s Active Debris Removal Mission

Robin Biesbroek, Andrew Wolahan, Luisa Innocenti, 2017 .

A Comparison of the Differential Evolution Method with Genetic Algorithms for Orbit Optimisation

Robin Biesbroek, 2006 .

Lunar and Interplanetary Trajectories

Robin Biesbroek, 2015 .

The ESA STE-QUEST Mission Study { Space Mission Design to Test Einstein's Equivalence Principle

Pierre Waller, Eric Wille, Luigi Cacciapuoti, 2013 .