On the Implementation of Fril++ for Object-Oriented Logic Programming with Uncertainty and Fuzziness
Tru Hoang Cao, Jonathan Michael Rossiter, T. Patrick Martin, J.F. Baldwin · Studies in fuzziness and soft computing · 2002
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 Frilbased 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. These keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.