In this paper, a method for states, parameters, and fractional order estimation is presented. The proposed method is an extension of the traditional dual estimation method and uses three blocks of filters with appropriate data interconnections. As the main part of the estimation algorithm, the Fractional Unscented Kalman Filter was used. The proposed Triple Estimation algorithm might be treated as a convenient tool for estimation and analysis of a wide range of dynamical systems with fractional constants or variable order nature, especially when knowledge about the identified system is very restricted and both order and system parameters are unknown. In order to show the performance of the proposed algorithm, sets of numerical results are p...
Equations with derivatives and fractional order differences are widely used to describe various proc...
We present a novel algorithm for concurrent model state and parameter estimation in nonlinear dynami...
System identification deals with estimating the plant parameters under control using input-output me...
This paper presents a generalization of the Kalman filter for linear and nonlinear fractional order ...
The paper presents a generalization of the Fractional Kalman Filter to a case when correlated system...
Abstract: The paper presents a generalization of the Fractional Kalman Filter to a case when correla...
Many real-world processes exhibit fractional-order dynamics and are described by the non-integer ord...
Abstract- This contribution deals with identification of fractional-order dynamical systems. System ...
This is the accepted version of the following article: An improved pseudo-state estimator for a clas...
This paper investigates fractional Kalman filters when time-delay is entered in the observation sign...
This study simulates the polarization effect during the process of battery charging and discharging,...
A gradient-based algorithm for the on-line continuous estimation of the commensurate order in linear...
The work presents an extension of the conventional Kalman filtering concept for systems of fractiona...
Using the non-causal nature of a fractional-order singular (FOS) model, this paper deals with the mo...
This study is devoted to robust state estimation and fault detection for nonlinear discrete fraction...
Equations with derivatives and fractional order differences are widely used to describe various proc...
We present a novel algorithm for concurrent model state and parameter estimation in nonlinear dynami...
System identification deals with estimating the plant parameters under control using input-output me...
This paper presents a generalization of the Kalman filter for linear and nonlinear fractional order ...
The paper presents a generalization of the Fractional Kalman Filter to a case when correlated system...
Abstract: The paper presents a generalization of the Fractional Kalman Filter to a case when correla...
Many real-world processes exhibit fractional-order dynamics and are described by the non-integer ord...
Abstract- This contribution deals with identification of fractional-order dynamical systems. System ...
This is the accepted version of the following article: An improved pseudo-state estimator for a clas...
This paper investigates fractional Kalman filters when time-delay is entered in the observation sign...
This study simulates the polarization effect during the process of battery charging and discharging,...
A gradient-based algorithm for the on-line continuous estimation of the commensurate order in linear...
The work presents an extension of the conventional Kalman filtering concept for systems of fractiona...
Using the non-causal nature of a fractional-order singular (FOS) model, this paper deals with the mo...
This study is devoted to robust state estimation and fault detection for nonlinear discrete fraction...
Equations with derivatives and fractional order differences are widely used to describe various proc...
We present a novel algorithm for concurrent model state and parameter estimation in nonlinear dynami...
System identification deals with estimating the plant parameters under control using input-output me...