This paper investigates the attitude tracking problem for the flexible spacecraft composed of
a rigid platform with a rotating appendage. Two robust attitude controllers, each matched to …

This article presents a prescribed performance adaptive control scheme for the attitude
tracking and vibration reduction of flexible spacecraft modeled by partial differential …

For a practical engineering system, disturbances usually have a negative impact on system
performance. Especially, when the system physical constraints (eg, actuator amplitude …

This paper investigates the high-performance attitude control and active vibration
suppression problem for flexible spacecraft in the presence of external disturbances. The …

This paper investigates a hybrid nonfragile intermediate observer-based TS fuzzy attitude
control strategy subject to multi-source complex disturbances to achieve integrated attitude …

This paper investigates the attitude control problem for flexible spacecraft subject to actuator
deadzone under event-trigger mechanism. An event-triggered mechanism is evolved to …

This article addresses the aperiodic sampled-data control problem for flexible spacecraft
with stochastic actuator failures. Flexible spacecraft dynamics are approximated by a group …

Based on the T–S fuzzy modeling method, this article aims to deal with the problem of event-
triggered integral sliding-mode attitude-tracking control for a nonlinear elastic spacecraft …

This article is concerned with the attitude synchronous tracking control of time-delayed
multispacecraft systems. The attitude-tracking error dynamics are transformed into a …

This paper focuses on event-triggered anti-disturbance attitude and vibration control
problems for flexible spacecraft systems with multiple disturbances. A new control scheme …