When analyzing and modeling dynamical systems in the frequency domain, the effects of nonlinearities need to be taken into account. This paper contributes to the analysis of the effects of nonlinearities in the frequency domain by supplying new analytical tools and results that allow spectral analysis of the output of a class of nonlinear systems. A mapping from the parameters defining the nonlinear and LTI dynamics to the output spectrum is derived, which allows analytic description and analysis of the corresponding higher order sinusoidal input describing functions. The theoretical results are illustrated by examples that show both the use and efficiency of the proposed algorithms
For high precision motion systems, modelling and control design specifically oriented at friction ef...
Nonlinearities often lead to performance degradation in controlled dynamical systems. This paper pro...
This book is a systematic summary of some new advances in the area of nonlinear analysis and design ...
When analyzing and modeling dynamical systems in the frequency domain, the effects of nonlinearities...
It is a challenge to investigate if frequency domain methods can be used for the analysis or even sy...
In this paper we propose an identification method of nonlinear system. This later can be structured ...
A method is developed for the analysis of nonlinear biological systems based on an input temporal si...
For high precision motion systems, modeling and con-trol design specifically oriented at friction ef...
The characteristics of generalised frequency response functions (GFRF's) of nonlinear systems in hig...
Abstract − This paper presents an alternative mathematical method for determining the spectrum of si...
The characteristic of the frequency response functions of nonlinear systems can be revealed and anal...
Two separate nonlinear differential systems are investigated in the frequency and time domains using...
For high-precision motion systems, modelling and control design specifically oriented at friction ef...
Nonlinear systems with exponential-type nonlinearity can be widely seen in system modeling (e.g., ne...
The full text of this article is not available on SOAR. WSU users can access the article via IEEE Xp...
For high precision motion systems, modelling and control design specifically oriented at friction ef...
Nonlinearities often lead to performance degradation in controlled dynamical systems. This paper pro...
This book is a systematic summary of some new advances in the area of nonlinear analysis and design ...
When analyzing and modeling dynamical systems in the frequency domain, the effects of nonlinearities...
It is a challenge to investigate if frequency domain methods can be used for the analysis or even sy...
In this paper we propose an identification method of nonlinear system. This later can be structured ...
A method is developed for the analysis of nonlinear biological systems based on an input temporal si...
For high precision motion systems, modeling and con-trol design specifically oriented at friction ef...
The characteristics of generalised frequency response functions (GFRF's) of nonlinear systems in hig...
Abstract − This paper presents an alternative mathematical method for determining the spectrum of si...
The characteristic of the frequency response functions of nonlinear systems can be revealed and anal...
Two separate nonlinear differential systems are investigated in the frequency and time domains using...
For high-precision motion systems, modelling and control design specifically oriented at friction ef...
Nonlinear systems with exponential-type nonlinearity can be widely seen in system modeling (e.g., ne...
The full text of this article is not available on SOAR. WSU users can access the article via IEEE Xp...
For high precision motion systems, modelling and control design specifically oriented at friction ef...
Nonlinearities often lead to performance degradation in controlled dynamical systems. This paper pro...
This book is a systematic summary of some new advances in the area of nonlinear analysis and design ...