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Fuzzy Modelling in an Intelligent Data Browser

J. Baldwin
T. Martin
Journal / Anthology

Proceedings of the IEEE International Conference on Fuzzy Systems
Year: 1995
Volume: 4
Page range: 1885-1890

The Fril fuzzy data browser is a software tool which can automatically derive rules from large bodies of data. The data need not be completely known, and the derived rules can be used to fill in missing values, highlight anomalous values, or predict values in new cases. Human expertise can be input at any stage, and hierarchical systems of rules can be generated. Rules use the fuzzy or evidential logic uncertainty calculus built-in to Fril. It is also possible to generate C-code, although rules are easier to understand, and more efficiently executed in Fril. An enhanced version of the fuzzy data browser is linked to Mathematica, giving access to sophisticated graphical and mathematical facilities. We focus on some simple examples to illustrate the use of the enhanced fuzzy data browser in developing rules which model data.

*Applied Mathematics > Visualization
*Engineering > Control Theory
*Mathematics > Discrete Mathematics > Cellular Automata
*Mathematics > Foundations of Mathematics > Logic

high level languages, database management systems, hierarchical systems, fuzzy set theory, fuzzy logic, software tools, data visualization