This paper presents a mission concept designed for satellite-to-cell connectivity through a
fractionated CubeSat approach, aiming to fulfill the objectives set by the BlueWalker-3 …

This paper proposes a novel adaptive sliding mode tension control method for the
deployment of tethered satellite, where the input tension limitation is taken into account. The …

This paper addresses the control problem of spacecraft electromagnetic docking in the
presence of external disturbances, fault signals, elliptical eccentricity, and input magnitude …

An adaptive neural network energy-based control approach is proposed in this paper to
address the issue of stabilizing a partial space elevator during cargo transportation. The …

The increasing deployment of CubeSats in space missions necessitates the development of
efficient and reliable orbital maneuvering techniques, particularly given the constraints on …

This paper proposes a novel adaptive hierarchical sliding mode control for the attitude
regulation of the multi-satellite inline tethered system, where the input saturation is taken into …

This study aims to investigate the control of the electromagnetic tethered satellite system
using a Model Predictive Control (MPC) scheme. The electromagnetic tethered satellite …

This paper investigates the control of tethered satellite formation actuated by
electromagnetic dipoles and reaction wheels using the robust sliding mode control …

This paper addresses the electromagnetic separation problem for mass-unknown spacecraft
in elliptical orbits that play a significant role in on-orbit assembly and other future space …

Abstract Control Moment Gyro (CMG) and Reaction Wheel (RW) generally serve in different
spacecraft control tasks due to their unique characteristics, such as large output torque and …