This paper deals with the improved design of stable model reference adaptive systems, by introducing a nonlinear adaptation gain. Uniform asymptotic stability of the system is demonstrated for both state and output feedback cases. A simulation example shows the effectiveness of the proposed approach when large parameter variations and disturbances are active. It is also being applied to control a real printing system
In many existing model reference adaptive control (MRAC) schemes, the plant order and relative degre...
The paper discusses economic performance design under nonlinear dynamic behavior and changing operat...
The paper discusses economic performance design under nonlinear dynamic behavior and changing operat...
This paper deals with the improved design of stable model reference adaptive systems, by introducing...
This paper deals with the improved design of stable model reference adaptive systems, by introducing...
This paper deals with the improved design of stable model reference adaptive systems, by introducing...
This paper deals with the improved design of stable model reference adaptive systems, by introducing...
This paper deals with the improved design of stable model reference adaptive systems, by introducing...
In this paper the operation of a recently introduced novel version of the popular "Model Reference A...
Includes bibliographical references (pages [76]-77)During normal operation, a controlled dynamic pro...
AbstractThe design of controllers, using conventional techniques, for plants with nonlinear dynamics...
An extension of model reference adaptive control is presented that accommodates use of a time-varyin...
The paper presents an approach to the Model Reference Adaptive Control (MRAC) design for nonlinear d...
This paper presents design and performance analysis of a modified reference model MRAC (M-MRAC) arch...
By using the concept of on-line goal adaptation, we develop a new paradigm of performance shaping in...
In many existing model reference adaptive control (MRAC) schemes, the plant order and relative degre...
The paper discusses economic performance design under nonlinear dynamic behavior and changing operat...
The paper discusses economic performance design under nonlinear dynamic behavior and changing operat...
This paper deals with the improved design of stable model reference adaptive systems, by introducing...
This paper deals with the improved design of stable model reference adaptive systems, by introducing...
This paper deals with the improved design of stable model reference adaptive systems, by introducing...
This paper deals with the improved design of stable model reference adaptive systems, by introducing...
This paper deals with the improved design of stable model reference adaptive systems, by introducing...
In this paper the operation of a recently introduced novel version of the popular "Model Reference A...
Includes bibliographical references (pages [76]-77)During normal operation, a controlled dynamic pro...
AbstractThe design of controllers, using conventional techniques, for plants with nonlinear dynamics...
An extension of model reference adaptive control is presented that accommodates use of a time-varyin...
The paper presents an approach to the Model Reference Adaptive Control (MRAC) design for nonlinear d...
This paper presents design and performance analysis of a modified reference model MRAC (M-MRAC) arch...
By using the concept of on-line goal adaptation, we develop a new paradigm of performance shaping in...
In many existing model reference adaptive control (MRAC) schemes, the plant order and relative degre...
The paper discusses economic performance design under nonlinear dynamic behavior and changing operat...
The paper discusses economic performance design under nonlinear dynamic behavior and changing operat...