AbstractDue to the disadvantages such as complex calculation, low accuracy of estimation, and being non real time in present methods, a new real-time algorithm is developed for on-orbit magnetometer bias determination of micro-satellites without attitude knowledge in this paper. This method uses the differential value approach. It avoids the impact of quartic nature and uses the iterative method to satisfy real-time applications. Simulation results indicate that the new real-time algorithm is more accurate compared with other methods, which are also tested by an experiment system using real noise data. With the new real-time algorithm, a magnetometer calibration can be taken on-orbit and will reduce the demand for computing power effectivel...
A personal computer based system was recently prototyped that uses measurements from a three axis ma...
Determining spacecraft attitude in real time using only magnetometer data presents a challenging fil...
The topic of this thesis focuses on attitude determination for small satellites. The method describe...
AbstractDue to the disadvantages such as complex calculation, low accuracy of estimation, and being ...
A new algorithm is developed for inflight magnetometer bias determination without knowledge of the a...
We present a method for on-orbit, attitude-independent magnetometer calibration that includes the ef...
Although several algorithms now exist for determining three-axis magnetometer (TAM) biases without t...
A simple algorithm for the in-flight determination of the magnetic bias of a spacecraft is presented...
Attitude estimation or determination is a fundamental task for satellites to remain effectively oper...
Magnetometers are an integral part of attitude determination system for the low-Earth orbiting small...
Presented here is a new algorithm to determine attitude using only magnetometer data under the follo...
The nanosatellite POPSAT-HIP1 is a Cubesat-class spacecraft launched on the 19th of June 2014 to tes...
In recent years, the industry of miniature satellite based on cubesat standard has been growing rapi...
In this study an unscented Kalman filter (UKF) based algorithm for the estimation of magnetometer bi...
Spin-stabilization offers a simple attitude control solution, specifically for micro and nanosatelli...
A personal computer based system was recently prototyped that uses measurements from a three axis ma...
Determining spacecraft attitude in real time using only magnetometer data presents a challenging fil...
The topic of this thesis focuses on attitude determination for small satellites. The method describe...
AbstractDue to the disadvantages such as complex calculation, low accuracy of estimation, and being ...
A new algorithm is developed for inflight magnetometer bias determination without knowledge of the a...
We present a method for on-orbit, attitude-independent magnetometer calibration that includes the ef...
Although several algorithms now exist for determining three-axis magnetometer (TAM) biases without t...
A simple algorithm for the in-flight determination of the magnetic bias of a spacecraft is presented...
Attitude estimation or determination is a fundamental task for satellites to remain effectively oper...
Magnetometers are an integral part of attitude determination system for the low-Earth orbiting small...
Presented here is a new algorithm to determine attitude using only magnetometer data under the follo...
The nanosatellite POPSAT-HIP1 is a Cubesat-class spacecraft launched on the 19th of June 2014 to tes...
In recent years, the industry of miniature satellite based on cubesat standard has been growing rapi...
In this study an unscented Kalman filter (UKF) based algorithm for the estimation of magnetometer bi...
Spin-stabilization offers a simple attitude control solution, specifically for micro and nanosatelli...
A personal computer based system was recently prototyped that uses measurements from a three axis ma...
Determining spacecraft attitude in real time using only magnetometer data presents a challenging fil...
The topic of this thesis focuses on attitude determination for small satellites. The method describe...