Two degree-of-freedom controller is designed together with its governing equations for a spacecraft pitch attitude control. The attitude controller incorporates the Active Force Control (AFC) technique into the conventional Proportional-Derivative (PD) controller based spacecraft pitch attitude loop. The PD-AFC attitude controller is then employed to enhance the attitude pointing of the Combined Energy and Attitude Control System (CEACS). Numerical treatments are performed to validate the effectiveness of AFC, whereby the CEACS attitude performance is analysed from its accuracy point of view. The results show that the PD-AFC attitude control performance is superiorly better than that of the solely conventional PD type
In this paper, the active magnetic control technique is applied for controlling the attitude and nut...
A spacecraft formation possesses several benefits over a single-satellite mission. How-ever, launchi...
Attitude accuracies of a three-axis satellite are highly influenced by space environment disturbanc...
An approach that incorporates the Active Force Control (AFC) technique into a conventional Proportio...
This paper extends the previous works that appeared in Acta Astronautica. An approach that incorpora...
Spacecraft missions need efficient and precise attitude control systems. With the aim of reducing th...
In this paper, fuzzy proportional-derivative (PD) controller with active force control (AFC) scheme ...
A combined energy and attitude control system (CEACS) is a hybrid system that uses flywheels to stor...
Combined Energy Storage and Attitude Control System (CEACS) is a new satellite system developed usi...
Purpose: The satellite pointing accuracy plays a crucial role in ensuring a successful satellite mis...
The combined attitude and thermal control system (CATCS) combines the conventional attitude control ...
The spacecraft solar panel Sun tracking mechanism is utilized as an attitude control system. This is...
Satellite Attitude Determination and Control is one of the numerous subsystems involved in designing...
This book consists of two main parts main goal of the first part is to collect and develop new atti...
In this paper two nonlinear control techniques are developed and compared for the satellite attitude...
In this paper, the active magnetic control technique is applied for controlling the attitude and nut...
A spacecraft formation possesses several benefits over a single-satellite mission. How-ever, launchi...
Attitude accuracies of a three-axis satellite are highly influenced by space environment disturbanc...
An approach that incorporates the Active Force Control (AFC) technique into a conventional Proportio...
This paper extends the previous works that appeared in Acta Astronautica. An approach that incorpora...
Spacecraft missions need efficient and precise attitude control systems. With the aim of reducing th...
In this paper, fuzzy proportional-derivative (PD) controller with active force control (AFC) scheme ...
A combined energy and attitude control system (CEACS) is a hybrid system that uses flywheels to stor...
Combined Energy Storage and Attitude Control System (CEACS) is a new satellite system developed usi...
Purpose: The satellite pointing accuracy plays a crucial role in ensuring a successful satellite mis...
The combined attitude and thermal control system (CATCS) combines the conventional attitude control ...
The spacecraft solar panel Sun tracking mechanism is utilized as an attitude control system. This is...
Satellite Attitude Determination and Control is one of the numerous subsystems involved in designing...
This book consists of two main parts main goal of the first part is to collect and develop new atti...
In this paper two nonlinear control techniques are developed and compared for the satellite attitude...
In this paper, the active magnetic control technique is applied for controlling the attitude and nut...
A spacecraft formation possesses several benefits over a single-satellite mission. How-ever, launchi...
Attitude accuracies of a three-axis satellite are highly influenced by space environment disturbanc...