The aim of the study is to determine the required maneuvers to control geostationary satellites within a delimited control window. It will be done defining different strategies of control for the calculation of impulsive maneuvers to obtain optimal values which will minimize the fuel consumption and will provide an automatic control for any situation. For each implemented strategy, an algorithm will be developed. These algorithms will be applied to some relevant longitudes in order to prove that they could be used for any longitude yielding good results. The geostationary control will only implement in-plane maneuvers (East/West). This means that only the longitude and the radial direction will be controlled, ignoring changes in inclination
We analyze the problem of the orbital control of an Earth's satellite using the gravity of the Moon....
A method is developed to calculate station-keeping maneuvers for a fleet of satellites collocated in...
A relative orbit control concept for collocated geostationary spacecraft is presented. One chief spa...
To lower satellite orbital maintenance cost, spacecraft designers are seeking flight software that p...
In order to lower the cost of maintaining satellites in orbit, spacecraft designers are seeking flig...
In this Thesis a complete model of the dynamics describing the orbit of a geostationary satellite h...
This paper presents a method of controlling a constellation of small satellites in Geostationary Ear...
Most satellites in operation lie in the geostationary orbit. This is a circular orbit of radius 42, ...
A method is developed to determine station-keeping maneuvers for a fleet of satellites collocated in...
The article proposes an optimization method based on the function approximation in control strategie...
In this paper, a study is made in the problem of the orbital control of an Earth´s satellite using t...
Abstract—In this article, design and analysis of an optimal orbit control for a communication satell...
This paper investigates a new strategy for geostationary satellite attitude control using Linear Qua...
A program, METUGEO, is developed to predict the orbital parameters of a geostationary satellite. The...
International audienceIn this paper, a control scheme is elaborated to perform the station keeping o...
We analyze the problem of the orbital control of an Earth's satellite using the gravity of the Moon....
A method is developed to calculate station-keeping maneuvers for a fleet of satellites collocated in...
A relative orbit control concept for collocated geostationary spacecraft is presented. One chief spa...
To lower satellite orbital maintenance cost, spacecraft designers are seeking flight software that p...
In order to lower the cost of maintaining satellites in orbit, spacecraft designers are seeking flig...
In this Thesis a complete model of the dynamics describing the orbit of a geostationary satellite h...
This paper presents a method of controlling a constellation of small satellites in Geostationary Ear...
Most satellites in operation lie in the geostationary orbit. This is a circular orbit of radius 42, ...
A method is developed to determine station-keeping maneuvers for a fleet of satellites collocated in...
The article proposes an optimization method based on the function approximation in control strategie...
In this paper, a study is made in the problem of the orbital control of an Earth´s satellite using t...
Abstract—In this article, design and analysis of an optimal orbit control for a communication satell...
This paper investigates a new strategy for geostationary satellite attitude control using Linear Qua...
A program, METUGEO, is developed to predict the orbital parameters of a geostationary satellite. The...
International audienceIn this paper, a control scheme is elaborated to perform the station keeping o...
We analyze the problem of the orbital control of an Earth's satellite using the gravity of the Moon....
A method is developed to calculate station-keeping maneuvers for a fleet of satellites collocated in...
A relative orbit control concept for collocated geostationary spacecraft is presented. One chief spa...