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Design of a rule-driven architecture for a generic T-norm.

Enrique Frías;  Julio Gutiérrez;  Felipe Fernández — 2000

Mathware and Soft Computing

Rule-Driven processing has been proved as a way of achieving high speed in fuzzy hardware. Up to now, rule-driven architectures were designed to work with minimum or product as T-norm. This paper proposes two new rule-driven models designed for any T-norm (programmable T-norm) and any kind of membership function. The first one gives a valid theory for rule-driven processing with programmable T-norm and establishes the background for the second model. The second model has been designed taking into...

Systolic architectures for fuzzy processing and their simulation.

Luis de Salvador;  Marcos García;  Julio Gutiérrez — 1994

Mathware and Soft Computing

This paper details the study of systolic architectures for fuzzy rules processing made at the Hardware and Advanced Control Laboratory - INTA. The theoretical basis of these architectures is described and analysed. Likewise, the resultant schematics are simulated using a hardware description language (VHDL) with standard cells from ES2. This gives us a very accurate assessment of their real performance. In this way we can detect the inherent shortcomings in this class of systems and we outline several...

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