This work proposes a Model Predictive Control (MPC) policy for simultaneous station
keeping and momentum management of a low-thrust nadir-pointing satellite in geostationary …

We propose a model predictive control (MPC) policy for simultaneous station keeping,
attitude control, and momentum management of a low-thrust nadir-pointing geostationary …

The problem of the computation of correction maneuvers for the fuel-optimal long-term
station-keeping within a predefined longitude and latitude window of a geostationary …

The present paper has the goal of developing a new criterion to search for orbits that
minimize the fuel consumption for station‐keeping maneuvers. This approach is based on …

We propose two approaches based on feedforward control and model-predictive control,
respectively, to solve the station-keeping problem of an electric-propulsion geostationary …

The goal of the present paper is to study the problem of station keeping maneuvers of
satellites that belong to a constellation. The objective is to perform those maneuvers with low …

The main goal of the present paper is to study the lifetime of orbits around moons that are in
elliptic motion around their parent planet. The lifetime of the orbits is defined as the time the …

The present paper is concerned with the search for orbits that have potential to require low
fuel consumption for station-keeping maneuvers for constellations of satellites. The method …

This research shows a study of the dynamical behavior of a spacecraft that performs a series
of close approaches with the Moon. This maneuver is also known in the literature as Gravity …

Most of the satellite missions require orbital maneuvers to accomplish its goals. An orbital
maneuver is an operation where the orbit of a satellite is changed, usually applying a type of …