– Biochemical processes often display a complicated dynamic behavior, the detailed understanding of which frequently constitutes a barrier between the theoretical foundations and practical implementations. One way of handling the complexity is to use intelligent approaches in the design of controllers. This paper presents an analytic approach to design controllers based on Radial Basis Function Neural Networks (RBFNN) with particular emphasis on the extraction of the error measure to be used in parameter tuning. The simulation studies stipulate that the control system exhibits a highly robust behavior against disturbances and sharp changes in the command signal. The most important contribution of the paper is that the method presented does ...
Abstract — This paper is concerned with the adaptive control of continuous-time nonlinear dynamical ...
In this paper, design of a nonlinear controller for a Bioreactor Benchmark Problem is presented. The...
In many physical systems, it is difficult to obtain a model structure that is highly nonlinear and c...
Abstract – Some illustrative applications of Variable Structure Systems (VSS) theory based parameter...
Abstract – The non-decreasing nature of complexity in all fields of engineering sciences has led the...
Abstract: In this paper a new technique is proposed to design an online control algorithm using the ...
One of the essential elements in many controller design processes is a mathematical model of the dyn...
[[abstract]]The paper presents a direct adaptive control architecture for a class of nonlinear dynam...
The lack of online information on some bioprocess variables and the presence of model and parametric...
Radial Basis Function (RBF) Neural Network Control for Mechanical Systems is motivated by the need f...
This paper deals with intelligent controller design using artificial neural networks (ANN) in the ro...
In this paper, we proposed a method to design a model-following adaptive controller for linear/nonli...
[[abstract]]This paper proposes an adaptive controller with Gaussian radial base function neural net...
It is difficult to determine the number of nodes that should be used in a neural network. An adaptiv...
In this work, a radial basis function (RBF) neural network is developed for the identification of hy...
Abstract — This paper is concerned with the adaptive control of continuous-time nonlinear dynamical ...
In this paper, design of a nonlinear controller for a Bioreactor Benchmark Problem is presented. The...
In many physical systems, it is difficult to obtain a model structure that is highly nonlinear and c...
Abstract – Some illustrative applications of Variable Structure Systems (VSS) theory based parameter...
Abstract – The non-decreasing nature of complexity in all fields of engineering sciences has led the...
Abstract: In this paper a new technique is proposed to design an online control algorithm using the ...
One of the essential elements in many controller design processes is a mathematical model of the dyn...
[[abstract]]The paper presents a direct adaptive control architecture for a class of nonlinear dynam...
The lack of online information on some bioprocess variables and the presence of model and parametric...
Radial Basis Function (RBF) Neural Network Control for Mechanical Systems is motivated by the need f...
This paper deals with intelligent controller design using artificial neural networks (ANN) in the ro...
In this paper, we proposed a method to design a model-following adaptive controller for linear/nonli...
[[abstract]]This paper proposes an adaptive controller with Gaussian radial base function neural net...
It is difficult to determine the number of nodes that should be used in a neural network. An adaptiv...
In this work, a radial basis function (RBF) neural network is developed for the identification of hy...
Abstract — This paper is concerned with the adaptive control of continuous-time nonlinear dynamical ...
In this paper, design of a nonlinear controller for a Bioreactor Benchmark Problem is presented. The...
In many physical systems, it is difficult to obtain a model structure that is highly nonlinear and c...