This paper investigates the problems of modeling and control of the morphing aircraft.
Henceforth, a nonlinear dynamic model of a wing-sweep morphing aircraft is first …

This paper reviews the various control algorithms and strategies used for fixed-wing
morphing aircraft applications. It is evident from the literature that the development of control …

This paper reviews the various control algorithms and strategies used for fixed-wing
morphing aircraft applications. It is evident from the literature that the development of control …

During the subsequent deploying process after the launch, the vehicle experiences dramatic
changes in geometry as well as aerodynamics, which cannot be ignored for the flight …

An aircraft capable of large-scale in-flight shape changes is called a morphing aircraft.
According to a given mission and flight condition, the shape of the morphing aircraft is …

This paper proposes a predefined time control method for morphing aircraft based on an
adaptive full-feedback recurrent neural network and a universal barrier function. This …

Pursuing highly efficient aerodynamic efficiency in aircraft has driven the development of
morphing wing technology. However, there are still limitations to morphing wing technology …

In this paper, the autonomous landing of the parafoil used for aerial vehicles is investigated
through the numerical approach. The coupled parafoil-vehicle dynamics model is developed …

This study proposes a novel framework for evaluating the stability of data-driven controllers
and the concept of statistical stability. The proposed framework can be used when it is …

An online actor-critic-based control design strategy is proposed for a variable span and
sweep morphing wing aircraft considering the morphing parameters as control effectors …