W. Pedrycz et Jv. Deoliveira, AN ALGORITHMIC FRAMEWORK FOR DEVELOPMENT AND OPTIMIZATION OF FUZZY MODELS, Fuzzy sets and systems, 80(1), 1996, pp. 37-55
Citations number
15
Categorie Soggetti
Computer Sciences, Special Topics","System Science",Mathematics,"Statistic & Probability",Mathematics,"Computer Science Theory & Methods
Fuzzy models can be conveniently regarded as linguistic modelling stru
ctures with well-defined functional blocks of input and output interfa
ces along with a processing module. This paper examines the functions
of these modules and specifies the relevant optimization tasks which a
ccrue to them. Considering several levels of memorization completed wi
thin fuzzy models (resulting in establishing short-, medium- and long-
term memories), the corresponding learning policies are developed. Som
e classes of optimization mechanisms are also discussed, with particul
ar emphasis focused on their ability to handle multimodal problems. Th
ese tools comprise both gradient-based techniques and selected methods
of evolutionary optimization, in particular genetic algorithms. Illus
trative numerical studies are also included.