Design of generalised orthogonal filters: Application to the modelling of dynamical systems
In this article, we define a new class of orthogonal filters with complex poles and zeroes
inside their transfer function. This further improvement of classical orthogonal filters allows …
inside their transfer function. This further improvement of classical orthogonal filters allows …
Designing optimal models of nonlinear MIMO systems based on orthogonal polynomial neural networks
This paper presents a new method for modelling of dynamic systems by using specially
designed orthogonal polynomial neural networks. These networks utilize the feature that the …
designed orthogonal polynomial neural networks. These networks utilize the feature that the …
Generalized quasi-orthogonal functional networks applied in parameter sensitivity analysis of complex dynamical systems
This paper presents one possible application of generalized quasi-orthogonal functional
networks in the sensitivity analysis of complex dynamical systems. First, a new type of first …
networks in the sensitivity analysis of complex dynamical systems. First, a new type of first …
Application of the hybrid bond graphs and orthogonal rational filters for sag voltage effect reduction
This papers presents the application of hybrid bond graphs in modeling and simulation of
submersible pump in water factory NAISSUS in Nis. The obtained model is used as plant …
submersible pump in water factory NAISSUS in Nis. The obtained model is used as plant …
New class of digital malmquist-type orthogonal filters based on the generalized inner product; application to the modeling DPCM system
A new class of cascade digital orthogonal filters of the Malmquist type based on bilinear
transformation for mapping poles to zeroes and vice versa is presented in this paper. In a …
transformation for mapping poles to zeroes and vice versa is presented in this paper. In a …
A COMPREHENSIVE REVIEW OF ORTHOGONAL POLYNOMIALS AND FUNCTIONS WITH APPLICATION IN FILTER DESIGN
This paper presents some of the results and contributions to the theory of orthogonal
polynomials, orthogonal functions and corresponding filters, achieved in the last fifteen …
polynomials, orthogonal functions and corresponding filters, achieved in the last fifteen …
Analysis and control of spatial limit sets and spatial chaos appearance in MIMO cascade connected nonlinear systems
BM Zlatkovic, B Samardzic - Asian journal of control, 2020 - Wiley Online Library
The oscillatory and chaotic dynamics of MIMO cascade connected nonlinear systems are
analyzed in this paper. For that purpose the known theorems of limit sets existence in …
analyzed in this paper. For that purpose the known theorems of limit sets existence in …
[PDF][PDF] A new class of cascade orthogonal filters based on a special inner product with application in modeling of dynamical systems
A class of cascade filters, orthogonal with respect to a new inner product, is presented in this
paper. A sequence of generalized Malmquist orthogonal rational functions is used for design …
paper. A sequence of generalized Malmquist orthogonal rational functions is used for design …
Generalized cascade orthogonal filters based on symmetric bilinear transformation with application to modeling of dynamic systems
This paper presents generalized orthogonal cascade filters based on bilinear transformation
for mapping poles to zeroes and zeroes to poles in transfer functions. The filters are …
for mapping poles to zeroes and zeroes to poles in transfer functions. The filters are …
Identification of Nonlinear Systems Using the Hammerstein-Wiener Model with Improved Orthogonal Functions
Hammerstein-Wiener systems present a structure consisting of three serial cascade blocks.
Two are static nonlinearities, which can be described with nonlinear functions. The third …
Two are static nonlinearities, which can be described with nonlinear functions. The third …