Interplanetary CubeSats enable universities and small-spacecraft consortia to pursue low-
cost, high-risk and high-gain Solar System exploration missions, especially Mars missions …

Mars Atmospheric Radiation Imaging Orbiter (MARIO) is a 16U stand-alone CubeSat
mission that shall escape Earth, perform autonomous deep-space cruise, achieve ballistic …

A cube satellite (CubeSat) is an evolving and emerging technology that gives a novice or
advanced researcher relatively affordable access to space research experiments and …

Computationally efficient guidance is challenging for station-keeping applications in
nonlinear dynamical regions, where a potential onboard control method must satisfy mission …

The considered real system is the Lunar Meteoroid Impact Observer (LUMIO) spacecraft.
LUMIO is a CubeSat mission to a quasi-halo orbit at Earth–Moon L2 that shall observe …

The scientific interest in the exploitation of Lagrangian points orbits has increased in the last
decades. The requirement of precise station-keeping for the unstable motion of Halo orbits …

This thesis addresses the problem of deep-space station-keeping of an L2 elliptic halo orbit
in the Earth-Moon system. A robust control approach is developed to guarantee closed-loop …