The paper focuses on the application of artificial neural networks (ANN) for modelling of nonlinear dynamic, stationary and non-stationary systems. It is shown that radial basic function nets (RBF) in connection with the newly developed fast multistep algorithm give the best identification results. The structure of the net is automatically extended during the learning process, until the error is below a defined limit for all training data samples. The characteristics of the new identification method are illustrated and compared with other well-known methods with an example of a nonlinear difference equation of first order with a time-variant factor
The parameter identification using artificial neural networks is becoming very popular. In this chap...
An improved universal parallel recurrent neural network canonical architecture, named Recurrent Trai...
In many physical systems, it is difficult to obtain a model structure that is highly nonlinear and c...
This paper uses the radial basis function neural network (RBFNN) for system identification of nonlin...
This paper presents an artificial intelligence application using a nonconventional mathematical tool...
This paper uses the radial basis function neural network (RBFNN) for system identification of nonli...
This paper presents a type of recurrent artificial neural network architecture for identification of...
This paper extends the sequential learning algorithm strategy of two different types of adaptive ra...
A look is taken at the use of radial basis functions (RBFs), for nonlinear system identification. RB...
A computationally efficient artificial neural network (ANN) for the purpose of dynamic nonlinear sys...
Abstract. One of the key problem in system identification is finding a suitable model structure. In ...
The identification of nonlinear dynamical systems is of great importance in many areas of engineeri...
A computationally efficient artificial neural network (ANN) for the purpose of dynamic nonlinear sys...
This paper investigates the identification of discrete-time non-linear systems using radial basis fu...
This paper proposes a class of additive dynamic connectionist (ADC) models for identification of unk...
The parameter identification using artificial neural networks is becoming very popular. In this chap...
An improved universal parallel recurrent neural network canonical architecture, named Recurrent Trai...
In many physical systems, it is difficult to obtain a model structure that is highly nonlinear and c...
This paper uses the radial basis function neural network (RBFNN) for system identification of nonlin...
This paper presents an artificial intelligence application using a nonconventional mathematical tool...
This paper uses the radial basis function neural network (RBFNN) for system identification of nonli...
This paper presents a type of recurrent artificial neural network architecture for identification of...
This paper extends the sequential learning algorithm strategy of two different types of adaptive ra...
A look is taken at the use of radial basis functions (RBFs), for nonlinear system identification. RB...
A computationally efficient artificial neural network (ANN) for the purpose of dynamic nonlinear sys...
Abstract. One of the key problem in system identification is finding a suitable model structure. In ...
The identification of nonlinear dynamical systems is of great importance in many areas of engineeri...
A computationally efficient artificial neural network (ANN) for the purpose of dynamic nonlinear sys...
This paper investigates the identification of discrete-time non-linear systems using radial basis fu...
This paper proposes a class of additive dynamic connectionist (ADC) models for identification of unk...
The parameter identification using artificial neural networks is becoming very popular. In this chap...
An improved universal parallel recurrent neural network canonical architecture, named Recurrent Trai...
In many physical systems, it is difficult to obtain a model structure that is highly nonlinear and c...