Add to ORKGRecently small satellite missions have gained considerable interest due to low-cost launch opportunities and technilogical improvement of micro-electronics
International audienceThe paper deals with the attitude active control of a Low Earth Orbit nanosate...
As the need for small satellite missions increases, the practice of launching multiple satellites fr...
Spacecraft attitude stabilization based on active magnetic actuators represents a challenging proble...
Recently there has been a great deal of excitement over the emergence of new techniques for the atti...
Paper AAS 09-250 from the Proceedings of the 19th AAS/AIAA Spaceflight Mechanics Meeting held Februa...
Magnetic torquing of spacecraft has been an important mechanism for attitude control since the earli...
This paper deals with three-axis stabilization of a gravity gradient low earth orbit satellite. The ...
In this TFM the attitude determination and control system for the 3Cat-2 nanosatellite will be imple...
Abstract: Satellite equipped with magnetic attitude control system is considered. Sliding ...
The active magnetic attitude control technique is a promising attitude control option for small sate...
Abstract: Attitude control systems which provide small satellites with a required angular ...
New advanced control techniques for attitude determination and control of small (micro) satellites a...
Three-axis satellite attitude determination and active stabilization systems have been designed and ...
In this paper, a fully autonomous magnetic attitude control system is proposed for a small satellite...
Geomagnetism was used to control the attitude of the small scientific satellite at low altitude in s...
International audienceThe paper deals with the attitude active control of a Low Earth Orbit nanosate...
As the need for small satellite missions increases, the practice of launching multiple satellites fr...
Spacecraft attitude stabilization based on active magnetic actuators represents a challenging proble...
Recently there has been a great deal of excitement over the emergence of new techniques for the atti...
Paper AAS 09-250 from the Proceedings of the 19th AAS/AIAA Spaceflight Mechanics Meeting held Februa...
Magnetic torquing of spacecraft has been an important mechanism for attitude control since the earli...
This paper deals with three-axis stabilization of a gravity gradient low earth orbit satellite. The ...
In this TFM the attitude determination and control system for the 3Cat-2 nanosatellite will be imple...
Abstract: Satellite equipped with magnetic attitude control system is considered. Sliding ...
The active magnetic attitude control technique is a promising attitude control option for small sate...
Abstract: Attitude control systems which provide small satellites with a required angular ...
New advanced control techniques for attitude determination and control of small (micro) satellites a...
Three-axis satellite attitude determination and active stabilization systems have been designed and ...
In this paper, a fully autonomous magnetic attitude control system is proposed for a small satellite...
Geomagnetism was used to control the attitude of the small scientific satellite at low altitude in s...
International audienceThe paper deals with the attitude active control of a Low Earth Orbit nanosate...
As the need for small satellite missions increases, the practice of launching multiple satellites fr...
Spacecraft attitude stabilization based on active magnetic actuators represents a challenging proble...