This paper studies the secure motion control problem for micro-spacecraft systems. A novel
semi-homomorphic encrypted control framework, consisting of a logarithmic quantizer, two …

Purpose This paper aims to investigate the attitude regulation for spacecraft in the presence
of time-varying inertia uncertainty and exogenous disturbances. Design/methodology …

Purpose This paper aims to address the spacecraft attitude regulation problem in the
presence of extrinsic disturbances and actuator faults. Design/methodology/approach Based …

Purpose This paper aims to study the attitude control problem with mutating orbital rate and
actuator fading. Design/methodology/approach To avoid malicious physical attacks and hide …

Purpose The purpose of this paper is to propose a high-precision attitude solution to solve
the attitude drift problem caused by the dispersion of low-cost micro-electro-mechanical …

The power communication system provides powerful technical support for realizing the
intelligent operation and information management of the power grid and improving the …

In this paper, a general test platform for spacecraft data management is designed and
constructed. This paper introduces a portable software development environment based on …

Purpose This paper aims to propose a general and rigorous study on the propagation
property of invariant errors for the model conversion of state estimation problems with …