Add to ORKGNovel method of controller (PID) autotuning, involving neural networks and genetic algorithms: to employ neural networks to map the identification measures and controller parameters to objective functions, adapt these models on-line; to employ the genetic algorithm to perform on-line minimization
The Proportional, Integral and Derivative (PID) controllers are standard building blocks for industr...
The Proportional, Integral and Derivative (PID) controllers are standard building blocks for industr...
This paper describes the application of artificial neural networks for automatic tuning of PID contr...
Novel method of controller (PID) autotuning, involving neural networks and genetic algorithms: to em...
In this paper a recent approach for PID autotuning, involving neural networks, is ferther developed....
A new PID autotuning technique, involving neural networks and genetic algorithms is proposed. The va...
In this paper a recent approach for PID autotuning, involving neural networks, is ferther developed....
A new PID autotuning technique, involving neural networks and genetic algorithms is proposed. The va...
Neural networks and genetic algorithms have been in the past successfully applied, separately, to co...
PID controllers are widely used in industrial applications. Because the plant can be time variant, ...
PID controllers are widely used in industrial applications. Because the plant can be time variant, ...
In this paper, a scheme for the automatic tuning of PID controllers on-line, with the assistance of ...
A scheme of automatically tuning the existing industrial PID controllers using neural networks is pr...
A scheme of automatically tuning the existing industrial PID controllers using neural networks is pr...
PID controllers are widely used in industry these days due to their useful properties such as simple...
The Proportional, Integral and Derivative (PID) controllers are standard building blocks for industr...
The Proportional, Integral and Derivative (PID) controllers are standard building blocks for industr...
This paper describes the application of artificial neural networks for automatic tuning of PID contr...
Novel method of controller (PID) autotuning, involving neural networks and genetic algorithms: to em...
In this paper a recent approach for PID autotuning, involving neural networks, is ferther developed....
A new PID autotuning technique, involving neural networks and genetic algorithms is proposed. The va...
In this paper a recent approach for PID autotuning, involving neural networks, is ferther developed....
A new PID autotuning technique, involving neural networks and genetic algorithms is proposed. The va...
Neural networks and genetic algorithms have been in the past successfully applied, separately, to co...
PID controllers are widely used in industrial applications. Because the plant can be time variant, ...
PID controllers are widely used in industrial applications. Because the plant can be time variant, ...
In this paper, a scheme for the automatic tuning of PID controllers on-line, with the assistance of ...
A scheme of automatically tuning the existing industrial PID controllers using neural networks is pr...
A scheme of automatically tuning the existing industrial PID controllers using neural networks is pr...
PID controllers are widely used in industry these days due to their useful properties such as simple...
The Proportional, Integral and Derivative (PID) controllers are standard building blocks for industr...
The Proportional, Integral and Derivative (PID) controllers are standard building blocks for industr...
This paper describes the application of artificial neural networks for automatic tuning of PID contr...