The present disclosure describes an actuator system comprising an actuator unit that is configured to be positioned next to a structure; and an adaptive controller unit that is configured to receive a command input for the actuator unit and output an actuator command based on a reference model of a physical system that includes the actuator unit and the structure, wherein the actuator command does not alter trajectories of the reference model. In various embodiments, the uncertain dynamical system of the physical system is augmented with the actuator dynamics to provide improved stability
Closed-loop system stability of adaptive control architectures for autonomous aerospace vehicles can...
ABSTRACT. In this work, we designed a Variable Structure Controller (VSC) for uncertain linearizable...
Aerospace systems such as aircraft or missiles are subject to environmental and dynamical uncertaint...
Various examples are provided related to adaptive architectures for controlling uncertain system wit...
The thesis develops a new class of adaptive controllers that guarantee global stability in presence ...
In this thesis, new methodologies of designing adaptive controllers for uncertain systems in the pre...
The objective of this thesis is to show the experimental validation of recently proposed adaptive co...
This paper approaches the uncertainty problem from the point of view of adaptive control. The uncert...
In adaptive control of physical systems, it is well-known that the presence of actuator and/or unmod...
This thesis is dedicated to solve the adaptive control problems of robot in the presence of all unce...
An adaptive control system is disclosed. The control system can control uncertain dynamic systems. T...
Research of a modular stabilizing control law for uncertain, nonholonomic mobile systems with actuat...
Thesis: S.M., Massachusetts Institute of Technology, Department of Mechanical Engineering, 2018.Cata...
In this dissertation, new model reference adaptive control architectures are presented with stabilit...
Model uncertainties and effector degradation carry risks to weaken the performance of any aerial sys...
Closed-loop system stability of adaptive control architectures for autonomous aerospace vehicles can...
ABSTRACT. In this work, we designed a Variable Structure Controller (VSC) for uncertain linearizable...
Aerospace systems such as aircraft or missiles are subject to environmental and dynamical uncertaint...
Various examples are provided related to adaptive architectures for controlling uncertain system wit...
The thesis develops a new class of adaptive controllers that guarantee global stability in presence ...
In this thesis, new methodologies of designing adaptive controllers for uncertain systems in the pre...
The objective of this thesis is to show the experimental validation of recently proposed adaptive co...
This paper approaches the uncertainty problem from the point of view of adaptive control. The uncert...
In adaptive control of physical systems, it is well-known that the presence of actuator and/or unmod...
This thesis is dedicated to solve the adaptive control problems of robot in the presence of all unce...
An adaptive control system is disclosed. The control system can control uncertain dynamic systems. T...
Research of a modular stabilizing control law for uncertain, nonholonomic mobile systems with actuat...
Thesis: S.M., Massachusetts Institute of Technology, Department of Mechanical Engineering, 2018.Cata...
In this dissertation, new model reference adaptive control architectures are presented with stabilit...
Model uncertainties and effector degradation carry risks to weaken the performance of any aerial sys...
Closed-loop system stability of adaptive control architectures for autonomous aerospace vehicles can...
ABSTRACT. In this work, we designed a Variable Structure Controller (VSC) for uncertain linearizable...
Aerospace systems such as aircraft or missiles are subject to environmental and dynamical uncertaint...