Add to ORKGExtentions of the RGA (relative gain array) technique to nonlinear systems are considered. The steady-state properties are given by an array of nonlinear functions. The high frequency properties are characterized by forming the conventional RGA of the decoupling matrix
The frequency domain methods tor linear systems are well accepted by engineers and have been widely ...
Correlation techniques for the identification of nonlinear systems are discussed in Chapter 1. The V...
In this paper a simple graphical method of obtaining the frequency response of nonlinear systems alo...
Extentions of the RGA (relative gain array) technique to nonlinear systems are considered. The stead...
This article presents a procedure that utilizes the local polynomial approximation approach in the e...
Since the introduction of the Relative Gain Array (RGA) by Bristol in 1966, it has become awidely us...
The control of multi-input multi-output systems (MIMO) is more difficult than for single-input singl...
This book is a systematic summary of some new advances in the area of nonlinear analysis and design ...
In science and engineering fields, linear system theories have been well established both in the tim...
A novel signal processing approach is developed in the present study for accurate elevation of the o...
The widespread acceptance of frequency domain techniques for linear and time invariant systems has b...
It is common practice to specify the performance of control design tasks in terms of an output respo...
The characteristic of the frequency response functions of nonlinear systems can be revealed and anal...
Nonlinear ℒ2-gain is a robust stability property whereby the ℒ2-norm of the state trajectory is boun...
Nonlinear systems constituted by a zero-memory nonlinearity cascaded with linear filters can be iden...
The frequency domain methods tor linear systems are well accepted by engineers and have been widely ...
Correlation techniques for the identification of nonlinear systems are discussed in Chapter 1. The V...
In this paper a simple graphical method of obtaining the frequency response of nonlinear systems alo...
Extentions of the RGA (relative gain array) technique to nonlinear systems are considered. The stead...
This article presents a procedure that utilizes the local polynomial approximation approach in the e...
Since the introduction of the Relative Gain Array (RGA) by Bristol in 1966, it has become awidely us...
The control of multi-input multi-output systems (MIMO) is more difficult than for single-input singl...
This book is a systematic summary of some new advances in the area of nonlinear analysis and design ...
In science and engineering fields, linear system theories have been well established both in the tim...
A novel signal processing approach is developed in the present study for accurate elevation of the o...
The widespread acceptance of frequency domain techniques for linear and time invariant systems has b...
It is common practice to specify the performance of control design tasks in terms of an output respo...
The characteristic of the frequency response functions of nonlinear systems can be revealed and anal...
Nonlinear ℒ2-gain is a robust stability property whereby the ℒ2-norm of the state trajectory is boun...
Nonlinear systems constituted by a zero-memory nonlinearity cascaded with linear filters can be iden...
The frequency domain methods tor linear systems are well accepted by engineers and have been widely ...
Correlation techniques for the identification of nonlinear systems are discussed in Chapter 1. The V...
In this paper a simple graphical method of obtaining the frequency response of nonlinear systems alo...