In this paper, a Kalman filter formulation for attitude estimation is derived using the Modified Rodrigues Parameters. The extended Kalman filter uses a gyro-based model for attitude propagation. Two solutions are developed for the sensitivity matrix in the Kalman filter. One is based upon an additive error approach, and the other is based upon a multiplicative error approach. It is shown that the two solutions are in fact equivalent. The Kalman filter is then used to estimate the attitude of a simulated spacecraft. Results indicate that then new algorithm produces accurate attitude estimates by determining actual gyro biases
Attitude determination is a major element of the operation and maintenance of a spacecraft. There ar...
The attitude control problem, or the control of a spacecraft's orientation with respect to a frame o...
[Abstract] The nonlinear problem of sensing the attitude of a solid body is solved by a novel implem...
This paper presents a Kalman filter using a seven-component attitude state vector comprising the ang...
This paper presents an extended Kalman filter using an attitude parameterization that is advantageou...
Kalman filter based spacecraft attitude estimation has been used in many space missions and has been...
AbstractThere are two attitude estimation algorithms based on the different representations of attit...
In this thesis, an extended Kalman filter formulation for attitude estimation using inertial sensors...
In this thesis, an extended Kalman filter formulation for attitude estimation using inertial sensors...
In this thesis, an extended Kalman filter formulation for attitude estimation using inertial sensors...
Increasing the computational efficiency of attitude estimation is a critical problem related to mode...
The absence of a globally nonsingular three-parameter representation of rotations forces attitude Ka...
Precision attitude determination for recent and planned space missions typically includes quaternion...
The absence of a globally nonsingular three-parameter representation of rotations forces attitude Ka...
A new approach for spacecraft absolute attitude estimation based on the unscented Kalman filter (UKF...
Attitude determination is a major element of the operation and maintenance of a spacecraft. There ar...
The attitude control problem, or the control of a spacecraft's orientation with respect to a frame o...
[Abstract] The nonlinear problem of sensing the attitude of a solid body is solved by a novel implem...
This paper presents a Kalman filter using a seven-component attitude state vector comprising the ang...
This paper presents an extended Kalman filter using an attitude parameterization that is advantageou...
Kalman filter based spacecraft attitude estimation has been used in many space missions and has been...
AbstractThere are two attitude estimation algorithms based on the different representations of attit...
In this thesis, an extended Kalman filter formulation for attitude estimation using inertial sensors...
In this thesis, an extended Kalman filter formulation for attitude estimation using inertial sensors...
In this thesis, an extended Kalman filter formulation for attitude estimation using inertial sensors...
Increasing the computational efficiency of attitude estimation is a critical problem related to mode...
The absence of a globally nonsingular three-parameter representation of rotations forces attitude Ka...
Precision attitude determination for recent and planned space missions typically includes quaternion...
The absence of a globally nonsingular three-parameter representation of rotations forces attitude Ka...
A new approach for spacecraft absolute attitude estimation based on the unscented Kalman filter (UKF...
Attitude determination is a major element of the operation and maintenance of a spacecraft. There ar...
The attitude control problem, or the control of a spacecraft's orientation with respect to a frame o...
[Abstract] The nonlinear problem of sensing the attitude of a solid body is solved by a novel implem...