This paper is mainly dedicated to the challenging issue of fixed-time attitude control for a
flexible spacecraft in the presence of actuator faults, external disturbances and coupling …

This paper proposes a control scheme based on the fraction integral terminal sliding mode
control and adaptive neural network. It deals with the system model uncertainties and the …

This study focuses on the adaptive finite‐time tracking problem for uncertain non‐linear n‐
order systems subjected to unmatched uncertainties. Using a novel form of fast terminal …

This study proposes a finite‐time integral backstepping control for a class of non‐linear
systems considering practical aspects including saturation constraints, actuator fault …

Due to the increasing potentials and benefits of unmanned aerial vehicles (UAVs) in civil
and surveillance applications, the cooperative flight using multiple UAVs has attracted more …

When dealing with real control experimentation, the designer has to take into account
several uncertainties, such as: time variation of the system parameters, exogenous …

This paper addresses the problem of attitude control of a spacecraft in the presence of
model uncertainty, external disturbance, actuator fault and saturation. By introducing a novel …

This paper considers the problem of robust adaptive tracking control of nonlinear second‐
order systems subjected to matched and unmatched uncertainties. This paper presents a …

A novel composite three-dimensional (3D) guidance law based on an adaptive integral
sliding mode (AISM) control utilizing a nonlinear disturbance observer (NDOB) technique is …

This paper presents a robust observer-based finite-time convergent guidance law to
intercept maneuvering targets. To avoid the undesired chattering phenomenon existing in …