Inference of fuzzy regular grammars from examples.

Título inglés	Inference of fuzzy regular grammars from examples.
Título español	Inferencia de gramáticas regulares difusas desde ejemplos.
Autor/es	Fortes, Inmaculada ; Morales, Rafael ; Pérez de la Cruz, José Luis ; Triguero, Francisco ; Comino, M. A.
Organización	Dep. Mat. Apl. Esc. Téc. Super. Ing. Informát. Univ. Málaga, Málaga, España;Dep. Leng. Cienc. Comp. Esc. Téc. Super. Ing. Informát. Univ. Málaga, Málaga, España
Revista	1134-5632
Publicación	1999, 6 (2-3): 277-291, 30 Ref.
Tipo de documento	articulo
Idioma	Inglés
Resumen inglés	Let us consider the following situation: An oracle provides us with a finite set of examples considered as words belonging to a regular language. This oracle is not available again. In this paper we study a new and general inference algorithm of fuzzy regular grammars based on this set of words. This algorithm is created by adapting a process discovery method. The main issues in the adaptation are the development of a fuzzy version, the assignation of membership degrees to each production in the grammar, and the treatment of consecutive repeated symbols. In addition to this inference algorithm we present a practical use for automatically generating artistic designs. Specifically, we have collected a set of paintings by Piet Mondrian (1872-1944) and obtained new Mondrian-style paintings. To achieve this, we designed a code to transform the paintings into strings and also to carry out the reverse conversion. We view these strings, which represent the paintings, as words belonging to a regular language and from this finite set of examples infer a fuzzy regular grammar. The entire process has been implemented and some new paintings from the inference algorithm have been obtained. An art expert has judged that these computer-generated paintings are fully in the spirit of those painted by Mondrian.
Clasificación UNESCO	110208
Palabras clave español	Inferencia estadística ; Lógica difusa ; Lógica modal
Código MathReviews	MR1774572
Código Z-Math	Zbl 0954.68510
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