For specific missions of spacecraft including on-orbit assembly, docking, grasp, etc., the
presence of uncertainties leads to difficulties in the analysis of impedance force control …

To realize the optimal attitude control for periodic satellites with bounded uncertainties, this
study investigates an interval-based periodic linear quadratic regulator method subjected to …

This work develops a novel multi-objective optimization for a robust attitude determination
method using the narrow bound theory, which is more appropriate to the limited uncertain …

By simultaneously considering the supported truss configuration optimization and optimal
attitude–vibration control in rigid–flexible coupling (RFC) structure, this study proposes a …

Structural vibration control is used to ensure the safety of structures in service and has
become an active research area in the past few years. In this study, uncertainties in …

Considering the bounded and correlated uncertainties in the inherently nonlinear attitude
dynamics, this paper proposes an uncertain optimal attitude control for space solar power …

To directly address problems involving uncertain objectives and constraints, a novel penalty
function-based interval constrained multi-objective optimization algorithm (PF-ICMOA) was …

Structural modal parameter identification is the initial step in modeling, monitoring and
controlling dynamic systems, which can determine the accuracy of dynamics and control …

Vibration active control is a significant problem in practical engineering, but the influence of
hybrid uncertainties in practical engineering cannot be ignored. For the uncertainties with …

This paper proposes probabilistic and interval methods, grounded in the residual force
vector technique, to quantify measurement uncertainties and effectively integrate them into …