Research on the attitude of small UAV based on MEMS devices
Xiaojie Shi, Libin Lu, Guodong Jin, Lining Tan
Abstract
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Xiaojie Shi, Libin Lu, Guodong Jin, Lining Tan
Abstract
Open-access reader
This paper mainly introduces the research principle and implementation method of the small UAV navigation attitude system based on MEMS devices. The Gauss - Newton method based on least squares is used to calibrate the MEMS accelerometer and gyroscope for calibration. Improve the accuracy of the attitude by using the modified complementary filtering to correct the attitude angle error. The experimental data show that the design of the attitude and attitude system in this paper to meet the requirements of small UAV attitude accuracy to achieve a small, low cost.
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This paper mainly introduces the research principle and implementation method of the small UAV navigation attitude system based on MEMS devices. The Gauss - Newton method based on least squares is used to calibrate the MEMS accelerometer and gyroscope for calibration. Improve the accuracy of the attitude by using the modified complementary filtering to correct the attitude angle error. The experimental data show that the design of the attitude and attitude system in this paper to meet the requirements of small UAV attitude accuracy to achieve a small, low cost.
Key concepts: Gyroscope, Accelerometer, Microelectromechanical systems, Vibrating structure gyroscope, Computer science, Calibration, Attitude control, Attitude and heading reference system