On the implementation of Fril++ for object-oriented logic programming with uncertainty and fuzziness

Authors:
T. H. Cao;J. M. Rossiter;T. P. Martin;J. F. Baldwin
Affiliations:
Artificial Intelligence Group, Department of Engineering Mathematics, University of Bristol, United Kingdom;Artificial Intelligence Group, Department of Engineering Mathematics, University of Bristol, United Kingdom;Artificial Intelligence Group, Department of Engineering Mathematics, University of Bristol, United Kingdom;Artificial Intelligence Group, Department of Engineering Mathematics, University of Bristol, United Kingdom
Venue:
Technologies for constructing intelligent systems
Year:
2002

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Abstract

Uncertain and fuzzy object-oriented logic programming is a combination of logic programming, object-oriented programming, and uncertain and fuzzy logic to exploit the advantages of all three disciplines in dealing with real world problems. This paper presents our implementation of Fril++, the Fril-based uncertain and fuzzy object-oriented logic programming language. Fril++ syntax is introduced and related semantic issues, particularly, ones of uncertain multiple inheritance and uncertain membership evaluation, are discussed and solutions to them are proposed. The implemented compiler translating a Fril++ source program into a Fril target program is then presented with examples.