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Microelectronic design of universal fuzzy controllers.

M.ª Iluminada Baturone;  Santiago Sánchez-Solano — 2001

Mathware and Soft Computing

Fuzzy controllers have been proven to be universal, that is, they can provide any control surface. Their microelectronic implementation is very suitable to achieve high-speed (real-time operation), and low area and power consumption. This paper focuses on discussing the two basic approaches that can be employed to design programmable universal controller integrated circuits. Analog, mixed-signal and digital realizations are summarized and compared.

An specification language for fuzzy systems.

Francisco José Moreno-Velo;  Santiago Sánchez-Solano;  Angel Barriga;  M.ª Iluminada Baturone;  Diego R. López — 2001

Mathware and Soft Computing

This work presents the main features of XFL3, a language for fuzzy system specification, which has been defined as the common description languaje for the tools forming the Xfuzzy 3.0 development environment. Its main advantages are its capability to admit user-defined membership functions, parametric operators, and linguistic hedges. A brief summary of the tools included in Xfuzzy 3.0 and an example illustrating the use of XFL3 are also included.

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