CIPI
CICYT ref. TAP93-0596-C04-02.
Objectives
The objective of this research project was to design a system for evaluating the performance of advanced industrial controllers (based on adaptive, fuzzy techniques, etc.) in response to a wide range of situations.
The main task of the project was the design of tools to evaluate the performance of controllers operating on real laboratory processes (such as temperature, flow rate, level, pH, etc.), obtaining theoretical performance metrics, designing benchmarks for controller evaluation, and performing a comparative analysis of the obtained results.
The main task of the project was the design of tools to evaluate the performance of controllers operating on real laboratory processes (such as temperature, flow rate, level, pH, etc.), obtaining theoretical performance metrics, designing benchmarks for controller evaluation, and performing a comparative analysis of the obtained results.
This project was carried out in coordination among the universities of Girona, Balearic Islands, Polytechnic of Catalonia, and the Polytechnic of Valencia.
Related Publications
- M. Brdys, G.J. Kulawski, J. Quevedo, Recurrent networks for nonlinear adaptive control, IEE proceedings-Control theory and applications, 145 (2), <doi:10.1049/ip-cta:19981682>, pp. 177-188, 1998
- V. Puig, J. Quevedo, Robust Fault Detection using Envelops Generated through a Parameter Bounded Model, Workshop Advanced Control Systems, 1996
- R. Sarrate, Window-Based Quantitative-to-Qualitative Interface for Intelligent Supervisory Systems, Modelling and Simulation, ESM´96, 1996.
- J. Quevedo, T. Escobet, M. Weiss, C. Evans, Comparison Frequential and Time Domain identification Methods of Dynamical Systems, A: "Proceedings of the Int. Workshop on Quantitative System Modeling". --, 1995, p. 1.
- J. Quevedo, On the Constrained Regulation of Nonlinear Systems, 2nd IEEE Mediterranean Symposium on New Directions in Control and Automation, 1994.
- J. Aguilar, A. Delgado, T. Escobet, Knowledge-Based Modelization for Diagnosis and Supervision of Industrial Process, In: Proceedings of Workshop on Integration in Real-Time Intelligent Control Systems, 1993.
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