Analytical Mechanics of Space Systems by Hanspeter Schaub and John Junkins is a
comprehensive treatment of a stimulating and challenging subject that is both old and new …

In order to improve the speed precision and stabilization of the gimbal servo system of
double gimbal magnetically suspended control moment gyro, a comprehensive analysis of …

The paper presents a novel data-driven method for fault detection and isolation of control
moment gyroscopes onboard satellites. The proposed method uses the Chebyshev Neural …

Disturbance torque and unmodeled dynamics are the main important factors which affect the
angular velocity precision of a gimbal system in double gimbal control moment gyro …

In order to realize the decoupling and disturbance rejection control of the inner and outer
gimbal system under two working conditions of a double-gimbaled variable speed control …

In order to improve the reliability and reduce power consumption of the high speed BLDC
motor system, this paper presents a model free adaptive control (MFAC) based position …

The attitude-control problem of a rigid spacecraft containing a redundant set of reaction
wheels is investigated. Particularly with small spacecraft the available power is very limited …

A new vibration control strategy is presented to realize rapid attitude maneuvers and
stabilization for a spacecraft with flexible appendages. This control strategy combines the …

Torque ripple of permanent magnet synchronous motor (PMSM) and load disturbances are
the main influencing factors that restrict the application of PMSM in low-speed tracking …

A nonlinear adaptive attitude controller is designed in this paper that compensates for
dynamic uncertainties in the spacecraft inertia matrix and unknown dynamic and static …