Due to the accelerated growth in the field of power electronics and controller design
techniques, the usage of the active magnetic bearing has picked up in industries. Active …

This paper investigates the application of an integral sliding mode control with a robust
nonlinear disturbance observer to obtain an anti-unwinding spacecraft attitude tracking …

This paper explores the problem of attitude stabilization of spacecraft under multiple
uncertainties and constrained bandwidth resources. The proposed control law is designed …

Advanced spacecrafts like fractionated spacecrafts are developed using independent
modules that interact with each other through a wireless communication channel. The …

The controller design for a bandwidth constraint wireless control system requires a
dedicated aperiodic control update strategy. In this article, an event-triggered (ET) adaptive …

Over the last few decades, the computational capabilities of the state-of-the-art processors
have increased extensively and are now capable of performing multiple parallel …

In this paper, we consider the attitude control problems of a rigid satellite. Satellites are
meant to accomplish various complicated tasks with limited resources. Moreover, in practice …

This paper aims at designing an energy-efficient state feedback control law for attitude
regulation of a rigid spacecraft system. The desired feedback control structure is achieved …

This paper proposes a control methodology for the attitude regulation of a rigid spacecraft
without the measurement knowledge of angular velocities and is affected by parametric …

This paper establishes a finite time robust controller for the attitude stabilization of the rigid
spacecraft. The spacecraft is subjected to inertia matrix uncertainties, external disturbances …