The finite-time integrated tracking control scheme for spacecraft with two-dimensional
turntable is investigated under the performance constraints. First, an integrated attitude error …

H∞ control is well-known for its robustness performance, but the spacecraft attitude H∞
controller design under actuator misalignments and disturbances remains unexplored. In …

This paper presents an adaptive constrained attitude control for uncertain spacecraft.
Inspired by the concept of nonsingular terminal sliding mode control and funnel control for …

This paper introduces a homogeneous controller along a fixed-time state and fault observer
for finite-time stabilization and fault accommodation of a remotely-operated vehicle in the …

In this paper, the predefined-time formation control problem of nonlinear multiagent systems
is investigated by using the leader–follower control structure, in which agents are …

In this article, a robust continuous controller is investigated to solve the global finite-time
attitude stabilization problem of rigid spacecraft system subject to multiple disturbances. The …

This paper investigates the problem of output feedback attitude control for rigid spacecraft
subject to inertia matrix uncertainty, space disturbance, and input saturation. Firstly, a model …

This study presents a solution to the challenges of tracking consensus and guarantee-cost
H∞ control in a specific set of second-order multi-agent systems with external disturbances …

This paper investigates a finite-time coordinated controller for spacecraft formation flying
subject to external disturbances and limited communication resources. An event-triggered …

This paper aims at addressing the multiple time-varying formation tracking (MTVFT) problem
for multiple heterogeneous Euler–Lagrange systems (MHELSs) in the scenario of uncertain …