The external disturbance, model uncertainty and actuator faults can affect performance even
the safety of flight. To tackle such problems, an adaptive fault-tolerant control method is …

Given the few unsuccessful space missions in the past few decades, designing a fault-
tolerant spacecraft's attitude control has piqued the scientific and academic community's …

This brief examines the problem of attitude tracking control with prescribed performance
guarantees for a spacecraft subjected to actuator faults and input saturation. To pursue this …

Time-varying formation tracking control problems for the multi-UAV system are investigated
in this paper, where a leader with dynamic input is considered. Based on the sliding mode …

This work investigates the challenging problem of fast robust fault tolerant attitude control for
spacecraft to handle external disturbances, actuator failures and misalignments. More …

This paper is focused on the observer-based adaptive fuzzy control problem for nonlinear
stochastic systems with the nonstrict-feedback form, in which some complicated and …

In this article, a novel pose (ie, concurrent position-attitude) tracking control framework is
proposed for spacecraft proximity operations with a freely tumbling target, employing the …

This work addresses the challenging problem of finite-time fault tolerant attitude stabilization
control for the rigid spacecraft attitude control system without the angular velocity …

This paper proposes a neural network and event-based fault-tolerant control scheme for
spacecraft attitude stabilization in the presence of lumped disturbances, which consists of …

Relative motion control with six degrees of freedom (6-DOF) for spacecraft proximity
operations in prescribed performance control (PPC) framework has become a hot issue in …