[Resumen] Este trabajo aborda el problema del control de nivel de un tanque de sección trapezoidal. Este proceso es un sistema no lineal cuya dinámica varía según el punto de operación. Se propone una estructura de control adaptativo a través de un controlador PI por ganancia programada de fácil implementación. Dicho controlador se ajusta utilizando métodos en el dominio de la frecuencia en varios modelos linealizados del sistema no lineal en torno a diferentes puntos de trabajo. Los resultados en simulación son contrastados con los experimentales mostrando una buena concordancia y una buena respuesta del sistema.[Abstract] In this paper the problem of level control of a tank with trapezoidal section is addressed. The process is a non-linea...
This paper shows PID and pole placement control implemented adaptively, with variations so that it c...
In this paper, fractional order (FO) operators and adaptive passivity-based controllers (APBC) are c...
This paper presents two strategies for controlling Linear Parameter Varying (LPV) Systems. In the fi...
Comunicación presentada a las XXXIX Jornadas de Automática, celebradas en Badajoz del 5 al 7 de Sept...
Measurement of level, temperature, pressure and flow parameters are very vital in all process indust...
The objective of this paper is to maintain the level inside the process tank in a desired value. The...
Se presenta un método de control adaptativo usando la técnica de ganancias tabuladas. El enfoque pro...
AbstractThis paper presents modeling and control of highly non linear system using gain scheduled PI...
The techniques of Taylor polynomial approximation (TPA) and adaptive passivity-based controller (APB...
Abstract: This paper compares the multi-model gain scheduling (GS) control versus the linear paramet...
The problem of finding the proper controller structure and the controller parameters for a given pro...
Liquid level control of conical tank system is known to be a great challenge in many industries such...
[Resumen] Este documento aborda el problema de control de un sistema de refrigeración por compresión...
A conical tank in which the diameter changes with the tank height, allows the use of feedback contro...
Abstract- Conventional PID controller is a simplest known controller used in almost all process Indu...
This paper shows PID and pole placement control implemented adaptively, with variations so that it c...
In this paper, fractional order (FO) operators and adaptive passivity-based controllers (APBC) are c...
This paper presents two strategies for controlling Linear Parameter Varying (LPV) Systems. In the fi...
Comunicación presentada a las XXXIX Jornadas de Automática, celebradas en Badajoz del 5 al 7 de Sept...
Measurement of level, temperature, pressure and flow parameters are very vital in all process indust...
The objective of this paper is to maintain the level inside the process tank in a desired value. The...
Se presenta un método de control adaptativo usando la técnica de ganancias tabuladas. El enfoque pro...
AbstractThis paper presents modeling and control of highly non linear system using gain scheduled PI...
The techniques of Taylor polynomial approximation (TPA) and adaptive passivity-based controller (APB...
Abstract: This paper compares the multi-model gain scheduling (GS) control versus the linear paramet...
The problem of finding the proper controller structure and the controller parameters for a given pro...
Liquid level control of conical tank system is known to be a great challenge in many industries such...
[Resumen] Este documento aborda el problema de control de un sistema de refrigeración por compresión...
A conical tank in which the diameter changes with the tank height, allows the use of feedback contro...
Abstract- Conventional PID controller is a simplest known controller used in almost all process Indu...
This paper shows PID and pole placement control implemented adaptively, with variations so that it c...
In this paper, fractional order (FO) operators and adaptive passivity-based controllers (APBC) are c...
This paper presents two strategies for controlling Linear Parameter Varying (LPV) Systems. In the fi...