Add to ORKGThe use of the mathematical models based on the Volterra integro-power series for identification of nonlinear dynamic systems is one of the long-standing problems of the control theory [1]. In the general case the "input-output " relationship for a nonlinear dynamic object can be represented in terms of the Volterra series as
The article outlines theoretical, methodological and practical issues of modern control and optimiza...
The Volterra series expansion is widely employed to represent the input-output relationship of nonli...
The article outlines theoretical, methodological and practical issues of modern control and optimiza...
In this paper, we propose a new algorithm for constructing an integral model of a nonlinear dynamic ...
Traditional measurement of multimedia systems, e.g. linear impulse response and transfer function, a...
Abstract: Volterra series (VS) are widely used in non-linear dynamical system identification. Much p...
Mathematical modeling of mechanical structures is an important research area in structural dynamics....
This paper describes a modeling approach for nonlinear dynamic systems based on a modified Volterra ...
Modeling of nonlinear dynamic systems constitutes one of the most challenging topics in the field of...
Volterra series expansions are widely used in analyzing and solving the problems of non-linear dynam...
Volterra and Wiener series are two classes of polynomial representations of nonlinear systems. They ...
Abstract: Nonlinear adaptive filtering techniques are widely used for the nonlinearities identificat...
The work discusses the technique for constructing an integral model of a nonlinear dynamic system wi...
A method for identifying the Volterra model of a nonlinear power amplifier with memory is given. It ...
The Bussgang coefficient is calculated for a memoryless nonlinear system and the concept extended to...
The article outlines theoretical, methodological and practical issues of modern control and optimiza...
The Volterra series expansion is widely employed to represent the input-output relationship of nonli...
The article outlines theoretical, methodological and practical issues of modern control and optimiza...
In this paper, we propose a new algorithm for constructing an integral model of a nonlinear dynamic ...
Traditional measurement of multimedia systems, e.g. linear impulse response and transfer function, a...
Abstract: Volterra series (VS) are widely used in non-linear dynamical system identification. Much p...
Mathematical modeling of mechanical structures is an important research area in structural dynamics....
This paper describes a modeling approach for nonlinear dynamic systems based on a modified Volterra ...
Modeling of nonlinear dynamic systems constitutes one of the most challenging topics in the field of...
Volterra series expansions are widely used in analyzing and solving the problems of non-linear dynam...
Volterra and Wiener series are two classes of polynomial representations of nonlinear systems. They ...
Abstract: Nonlinear adaptive filtering techniques are widely used for the nonlinearities identificat...
The work discusses the technique for constructing an integral model of a nonlinear dynamic system wi...
A method for identifying the Volterra model of a nonlinear power amplifier with memory is given. It ...
The Bussgang coefficient is calculated for a memoryless nonlinear system and the concept extended to...
The article outlines theoretical, methodological and practical issues of modern control and optimiza...
The Volterra series expansion is widely employed to represent the input-output relationship of nonli...
The article outlines theoretical, methodological and practical issues of modern control and optimiza...